Page not found – Automotive Parts Supplier | Roberts AIPMC https://roberts.com.ph Roberts AIPMC continues to be the trusted among the trusted by the OEM companies and the general automotive industry in the Philippines. Tue, 05 Mar 2024 09:04:38 +0000 en-US hourly 1 https://wordpress.org/?v=6.4.3 https://roberts.com.ph/wp-content/uploads/2018/12/cropped-robert-square-32x32.png Page not found – Automotive Parts Supplier | Roberts AIPMC https://roberts.com.ph 32 32 5 Reasons You Need Regular Radiator Maintenance https://roberts.com.ph/blog/reasons-you-need-regular-radiator-maintenance/ https://roberts.com.ph/blog/reasons-you-need-regular-radiator-maintenance/#respond Wed, 28 Feb 2024 01:00:19 +0000 https://roberts.com.ph/?p=9217 What are the reasons you need regular radiator maintenance?
  1. Prevents rust and corrosion
  2. Ensures the quality performance of your vehicle
  3. Extends the lifespan of your engine
  4. Provides an efficient cooling system
  5. Prevents costly repairs

Overview

  • This article delves into the critical aspects of radiator maintenance often overlooked by car owners. Beyond the engine, radiators play a pivotal role in regulating engine temperature and ensuring optimal vehicle performance.
  • Regular maintenance is crucial to prevent rust, corrosion, and overheating issues that can lead to engine failures and costly repairs.
  • An efficiently maintained radiator not only supports the engine’s cooling system but also contributes to a more durable, efficient, and cost-effective driving experience.
    By prioritizing radiator upkeep, car owners can extend the lifespan of their engines, improve fuel efficiency, and enhance overall vehicle safety.

When cars break down, engines are usually the first part we look at. Compared to the car engine, a radiator is often an overlooked car instrument. Positioned at the front of the car with thin metal fins, this car part plays an important role in the performance and longevity of your car engine. Radiators are essentially a car part that supports the efficiency of your car engine by regulating engine temperature and preventing it from overheating.

In this article, we explore the reasons you need to prioritize regular radiator maintenance so you can develop a proactive maintenance routine, sustaining the quality operation of your car.

Prevents Rust and Corrosion

Rusting is unavoidable because radiators deal with liquids like engine coolants. It can form for two reasons. First, there are unnoticed leaks and, second, there is a build-up of radiator sludge or a dark liquid that is a mix of rust, dirt, and scale. Sludge can add to the overheating of the engine and can add more rust to the interior of the radiator.

Corrosion in radiators can add more issues such as performance reduction, inefficient cooling system, brittle metal, loss of coolant, more leakage, and eventual radiator failure.

Ensures the Quality Performance of Your Vehicle

Ensures the quality performance of your vehicle

One of the reasons you need regular radiator maintenance is to preserve the quality performance of your vehicle—-and radiators play an important role in this. Their purpose is essentially to cool down your car. They are exhausts that vent out heat created by the engine. Car engines generate energy by burning fuel and when the radiator is not maintained, this process can lead to your engine overheating. This can affect other parts of your car such as the gaskets, hoses, and seals.

When radiators are maintained, it can improve your car’s fuel efficiency, saving you more money on gas.

Extends the Lifespan of Your Engine

Radiators prevent engines from reaching high temperatures that can cause more problems such as inefficient gas usage and cracked engine blocks. Overheating can cause engine failures, high risk of engine seizures, and reduce car performance. It can also cause an environmental risk when cooling fluids or engine fluids leak, making it toxic and harmful to animals and waterways.

Since maintaining your radiator directly affects your engine, it ensures the durability of your car and the overall safety of using it in the long term.

Provides an Efficient Cooling System

Provides an efficient cooling system

A well-maintained radiator provides an efficient cooling system in your car. They use a variety of functions that maintain the cool of your engine. These functions are a combination of heat transfer, providing good airflow, and efficient coolant circulation.

As the engine operates, thin metal fins designed into the radiator system fan away heat from the engine, supporting good ventilation in the area. It maximizes the effectiveness of coolant or antifreeze liquids, keeping your car running at the desired temperature range.

The combination of these functions ensures that your engine does not reach high temperatures, providing a safer, more durable, and efficient car performance.

Prevents Costly Repairs

Engines are the most important part of your cars and radiators are what keep them efficient and durable. Regularly checking your radiator is a prevention practice to avoid costly repairs.

Radiator maintenance can be as simple as checking fluids regularly, never mixing engine coolants, and never loading anything heavier than what your car can carry. Cleaning your radiators with the flush procedure also ensures that your radiator is in good condition.

Key Takeaway

Since radiators support the performance of your car engine, maintaining its quality is essential in sustaining the quality and durability of your car. This car part’s purpose of cooling your vehicle is important for the safety of your car rides with your family and friends.

If you’re looking for quality radiators to cool your engine, Roberts is a driven and innovative original equipment manufacturer. We provide committed radiator repairs and produce quality plastic aluminum radiators. Contact us to inquire about the radiator perfect for your car engines.

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Metal Stamping vs Metal Casing: What’s Best for Your Fabrication Needs https://roberts.com.ph/blog/metal-stamping-metal-casing-fabrication/ https://roberts.com.ph/blog/metal-stamping-metal-casing-fabrication/#respond Mon, 26 Feb 2024 01:32:32 +0000 https://roberts.com.ph/?p=9210

Overview

  • By streamlining manufacturing processes and delivering consistent, high-quality results, metal stamping enhances productivity, accelerates time-to-market, and ultimately maximizes return on investment.
  • Metal stamping offers the advantage of producing stronger and lighter components, making it a preferred manufacturing method in various industries.
  • Selecting the optimal method for your project can be a daunting task, especially when faced with the diverse benefits of metal stamping and metal casing.

When venturing on a fabrication project, selecting the right materials and methods is important to achieve optimal results. Two prominent options emerge in the domain of metal: metal stamping and metal casing. Both possess unique strengths and applications. Therefore, understanding their nuances is essential for making an informed decision.

In this article, we will explore the benefits of metal stamping vs metal casing for your fabrication needs to guide you choose the right one in consideration of your project’s requirements.

What is Metal Stamping?

What is Metal Stamping?

Metal stamping is a manufacturing process used to create metal parts from sheet metal. It involves feeding a metal sheet or strip into a stamping press, where a die or a specialized tool shapes and cuts the metal into the desired form. The die typically consists of two parts: the male punch, which shapes the metal, and the female die, which provides the desired contours and cuts.

Benefits of Metal Stamping

Whether you’re building intricate electronics or automotive parts, metal stamping offers a range of benefits that can transform your production process.

Precision and Consistency

Metal stamping processes are highly precise, allowing manufacturers to produce parts with tight tolerances and exact specifications. The dies used in metal stamping are engineered to create precise shapes and dimensions repeatedly, ensuring that each part meets the required standards.

Once the stamping die is set up and calibrated, it can produce identical parts repeatedly without variations in dimensions or quality. This consistency is vital for ensuring the interchangeability of parts and maintaining product quality across large production runs. It also helps reduce scrap and rework, leading to cost savings and higher overall efficiency.

High Production Speed

The process is inherently fast, with automated presses capable of forming parts rapidly from sheet metal. This speed enables manufacturers to produce large quantities of parts in a short amount of time, reducing lead times and increasing overall productivity.

With quick turnaround times, businesses can meet tight deadlines and respond promptly to market demands. This helps lower production costs per part, making it a cost-effective solution for industries requiring high-volume production.

Cost-effective for Large Volumes

The initial tooling costs for creating the stamping die can be high but are amortized throughout producing a large number of parts. Once the dies are in place, the per-part cost decreases significantly, making metal stamping economically viable for high-volume production runs.

Additionally, the material utilization in metal stamping is typically high, with minimal scrap generated during the process. This means that a greater proportion of the raw material is transformed into usable parts, reducing material waste and associated costs.

Stronger and Lighter Components

By using high-strength materials and precise forming techniques, metal stamping can create parts with superior structural integrity and reduced weight. It allows for the use of advanced materials such as high-strength steel, aluminum alloys, and other lightweight metals.

These materials offer excellent strength-to-weight ratios, enabling the production of components that are both strong and lightweight. This is particularly beneficial in industries like automotive and aerospace, where reducing weight can improve fuel efficiency, performance, and overall product functionality.

What is Metal Casing?

What is Metal Casing?

A metal casing refers to an enclosure or housing made of metal that is used to protect, contain, or support various components or devices. It is commonly used in electronics, machinery, appliances, automotive components, and many other applications where robustness, durability, and protection are required.

Benefits of Metal Casing

Metal Casing goes beyond simple protection, it offers a blend of benefits that can elevate your final product.

Durability and Strength

Metal casings provide superior protection against impacts, abrasion, and environmental elements compared to other materials. They maintain their structural integrity even under harsh conditions, ensuring the long-term reliability and performance of enclosed components or devices.

Heat Dissipation

They efficiently transfer heat away from enclosed components, helping to prevent overheating and ensuring optimal performance and reliability. The high thermal conductivity of metals allows heat to dissipate rapidly across the casing’s surface, facilitating effective cooling through conduction and convection.

Enhanced Thermal Management

Metal casings aid in temperature regulation and prevent overheating. This feature is particularly crucial in devices or systems prone to heat buildups, such as electronics, power supplies, and industrial equipment.

By effectively managing thermal conditions, they help maintain component integrity, extend operational lifespans, and ensure consistent performance.

What’s Best for Your Fabrication Needs?

While metal stamping vs metal casing for your fabrication needs offers valuable options, for high-volume production, intricate designs, weight-sensitivity, and budget-conscious needs, metal stamping often emerges as the superior choice. Its combination of precision, speed, cost-effectiveness, and design versatility can be a powerful ally in bringing your project to life.

Key Takeaway

Here at Roberts, we understand the power of choosing the right tool for the job. That’s why we offer exceptionally crafted, affordable metal stamping solutions tailored to your specific needs. We’re committed to delivering unwavering quality and precision, ensuring your project achieves its full potential.

Don’t settle for anything less than the best. Contact Roberts today and discover how our high-quality, cost-effective metal stamping solutions can help you transform your fabrication to help elevate your projects.

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Reasons to Invest in OEM Parts for Long-term Car Performance https://roberts.com.ph/blog/invest-in-oem-parts-for-longer-car-performance/ https://roberts.com.ph/blog/invest-in-oem-parts-for-longer-car-performance/#respond Sun, 25 Feb 2024 01:00:39 +0000 https://roberts.com.ph/?p=9196 What are the advantages of OEM parts for your car’s long-term performance?
  1. Assurance of quality
  2. Compatibility with car
  3. Reliability
  4. Durability and longevity
  5. Cost-effective

Overview

  • Choosing OEM parts to ensure your car’s long-term performance is a wise decision with numerous advantages.
  • These advantages guarantee a smoother and more reliable driving experience since OEM parts are manufactured to meet the stringent standards of your car.
  • Roberts has become one of the biggest OEM auto parts suppliers in the Philippines for decades of building its reputation in producing world-class OEM parts.

OEM (Original Equipment Manufacturer) parts for your car’s long-term performance is a strategic decision with countless advantages. These parts are created to meet the stringent standards set by the manufacturer which ensure top-notch quality, reliability, and compatibility with the specific model of your car.

Invest in OEM parts for longer car performance and it will surely provide added peace of mind. This doesn’t only maintain your car’s performance but also safeguards its value and ensures a smoother and more reliable driving experience. Let’s dive into the various advantages of these parts.

Assurance of Quality

OEM parts undergo meticulous quality control processes to ensure that they meet the manufacturer’s precise specifications. These parts are subjected to a series of tests and inspections to verify that they are manufactured using advanced techniques and high-quality materials.

These parts can consistently deliver superior performance and reliability compared to other alternatives in the market. Car owners can trust that OEM parts are engineered to the high standards of the original components installed in their vehicles.

Compatibility with Car

Compatibility with car

Ensuring a seamless integration and optimal performance requires the compatibility of OEM parts with your vehicle. These parts are specifically engineered to match the exact specifications and configurations of your car’s make and model, unlike the aftermarket parts that may have generic designs that fit a wide range of vehicles. The exact fit provided by OEM parts not only enhances the aesthetic appeal but also the functionality and longevity of your vehicle.

Their compatibility extends beyond just physical dimensions since these components are also designed to work harmoniously with your car’s electronic systems, sensors, and control modules. This minimizes the risk of installation errors and compatibility issues which provide you peace of mind and confidence.

Reliability

OEM parts are reliable and offer assurance to your vehicle for they are furnished with components that are engineered to produce consistent performance. They are prepared and tested to meet the exact specifications set by the manufacturer. This precise engineering guarantees that each OEM part functions reliably providing peace of mind for drivers who depend on their vehicles.

Drivers can trust that their vehicles are equipped with reliable and trustworthy components by choosing OEM parts. Knowing that it’s outfitted with components that are engineered to deliver consistent performance, you can have confidence in the reliability of your car.

Durability and Longevity

Durability and longevity

They are made to withstand the demands of daily driving while using materials that offer exceptional strength, resilience, and resistance to wear and tear. This is why durability and longevity are hallmarks of OEM parts which stem from their construction with high-quality materials and precise manufacturing processes. These materials are chosen for their durability and ability to withstand the harsh operating conditions experienced within a vehicle.

With the robust construction of these parts, they offer greater longevity than the aftermarket alternatives. You can save time and money while ensuring continued reliability and performance on the road since its longevity reduced maintenance costs and fewer replacements.

Cost-Effective

A slightly higher upfront investment was entailed upon choosing OEM parts for your vehicle compared to the other alternatives in the market. But this initial cost is sometimes outweighed by the long-term cost-effectiveness offered by these parts.

Since they undergo stringent quality control measures, they tend to ensure that the manufacturer’s exact specifications are met which can reduce the likelihood of premature failures or malfunctions. Through minimized repairs and replacements, OEM parts are proven to be a cost-effective choice.

Key Takeaway

These compelling advantages why you need to invest in OEM parts for longer car performance ensures a smoother and more reliable driving experience. These parts are manufactured to meet the rigid standards to guarantee top-notch quality, reliability, and compatibility of your car. Investing in OEM parts not only maintain your car’s performance but also safeguard its value.

Roberts AIPMC has been one of the biggest OEM auto parts suppliers in the Philippines for decades. We have built our reputation through decades of progress where compliance is strengthened to make our company a trusted auto parts supplier in the country. Reach out to us today to learn more about the world-class OEM standard products that we offer!

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OEM vs Genuine Car Parts: What’s Best for Your Car? https://roberts.com.ph/blog/oem-vs-genuine-car-parts/ https://roberts.com.ph/blog/oem-vs-genuine-car-parts/#respond Fri, 23 Feb 2024 02:28:28 +0000 https://roberts.com.ph/?p=9191

Overview

  • Genuine car parts are installed by the original car manufacturer, but they are usually supplied by Original Equipment Manufacturers. This makes sure that quality is not compromised.
  • Since car manufacturers do not usually manufacture car parts, the availability of these car parts is not consistent.
  • OEMs are lesser-known brands compared to the exclusivity of car manufacturer logos which makes them cost less.

Fourth to public transit, private motorcycles, and tricycles, cars are one of the leading transportations in the Philippines. A car provides convenience, comfort, and flexibility in supporting the different responsibilities and needs of Filipinos. That is why maintaining your car is essential for many to ensure a more convenient lifestyle for them.

In figuring out what’s best, understanding OEM vs genuine car parts is essential in sustaining the performance, reliability, and value of your vehicle. In this article, we look at the similarities, differences, and different factors of OEM and genuine as a guide in making informed decisions.

OEM VS Genuine

OEM VS Genuine

To get the basic idea of OEM vs genuine car parts, let’s delve into the basic information on similarities and differences between two types of companies—the Original Equipment Manufacturers and the car manufacturers.

Definition

OEM parts are components made by Original Equipment Manufacturers. This type of company usually makes and supplies components for another company’s products.

Genuine parts are original to your car unit and installed by the car manufacturer. Many car manufacturers such as Mitsubishi, Isuzu, Toyota, Hino, Honda, and Hyundai do not necessarily make car components. Instead, they sell finished products that they made from components made by trusted outside manufacturers.

Focus

OEM type of companies concentrate on producing quality parts and components such as car radiators, exhaust systems, and mufflers. For car manufacturers, their type of company specializes in putting together said quality parts or components and adding them to their well-made and well-marketed cars.

This does not mean that car manufacturers do not produce their products by themselves. Many of them design and make most of their products from raw materials as well.

Branding

Parts from both Original Equipment Manufacturers and car manufacturers often have their separate branding despite the mutual benefit of their relationship in producing quality transportation. Once car manufacturers buy car articles from OEMs, these parts or components are easily put under their logo.

The main difference in their branding is that one might be more well-known and exclusive than the other, making the prior costlier than the former.

Factors to Consider in Buying OEM or Genuine Parts for Your Car?

Factors to Consider in Buying OEM or Genuine Parts for Your Car?

When it comes to deciding between OEM and genuine car parts, factors need to be considered before purchasing from your auto parts seller. Both OEM and car manufacturers offer advantages in standard assurance for the longevity of your car.

Quality

From understanding the mutual relationship between OEMs and car manufacturers in producing excellent-performing cars, the quality of car components is not compromised in choosing one or the other.

The durability of the part is essential for its longevity. With OEM and genuine car parts, the car instruments give assurance that they are made for the make and model of your vehicle. This means that they are produced and tested the same as your old car parts. They are a like-for-like replacement only with different kinds of branding.

Price

When it comes to auto part shopping, it is crucial to think of your budget. OEM and genuine car parts significantly differ in this factor. This is not in the context of quality but rather the exclusivity of the brand or logo that you will be paying for.

While genuine car parts are guaranteed to sustain the performance of your vehicle, they are also costlier. With OEM companies, their logos are not that exclusive which makes it cheaper than genuine parts without compromising on the component’s quality. This is because car instruments from Original Equipment Manufacturers are tried and tested by the car manufacturers, giving you more assurance of their durability.

Availability

As said, car manufacturers are excellent at constructing high-standard cars perfect for any type of purpose. Whether they are SUVs, station wagons, or pickup trucks, car manufacturers know exactly what they need in composing vehicles that will meet the needs and preferences of drivers and potential customers.

It does not mean that certain components are directly available from them. Since most car manufacturers are supplied with quality car instruments, the availability is compromised when supplies are low.

With OEM companies, car owners can access the direct and trusted source. It eliminates a middle-man transaction, leading you straight to the team of experts that produce the product you are looking for.

Key Takeaway

Cars are essential in making our lifestyle more convenient which is why choosing between OEM and genuine car parts is important. While both options do not compromise the quality of the component you might be looking for, OEM parts stand to be the more cost-effective option.

If you are looking for like-for-like substitutes or backups for your automotive and motorcycle parts, Roberts is a dependable Original Equipment Manufacturer trusted by innovative car brands for over two decades. Contact us today and get quality car components straight from the source.

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What is OEM Metal Fabrication? https://roberts.com.ph/blog/what-is-oem-metal-fabrication/ https://roberts.com.ph/blog/what-is-oem-metal-fabrication/#respond Mon, 12 Feb 2024 01:00:26 +0000 https://roberts.com.ph/?p=9180

Overview

  • This article highlights what OEM metal fabrication is, covering its features, benefits, applications, and considerations for choosing a manufacturer. It emphasizes the customization options, cost-effectiveness, quality control, and scalability of OEM metal fabrication, along with its applications in various industries.

Are you interested in the applications of metal fabrication? Or are you seeking reliable providers who can deliver quality components or products? This article will dive into the basics about what is OEM metal fabrication, its features, benefits, and applications to equip you with knowledge and help you in your decision-making.

What is OEM Metal Fabrication?

OEM or Original Equipment Manufacturer metal fabrication refers to the process of designing, manufacturing, and assembling metal components or products according to the specifications and requirements of another company or brand.

It can involve a wide range of processes, including cutting, bending, welding, machining, and finishing, depending on the complexity and requirements of the project. Common materials used include steel, aluminum, stainless steel, and various alloys.

Key Features

Key Features

Explore these key features of OEM Metal Fabrication that make the process ideal for elevating your product.

Customization

Customization enables companies to tailor metal components or products precisely to their unique specifications. It ensures that they meet specific functional, aesthetic, or performance requirements.

This level of precision is often crucial in industries, where standard off-the-shelf components may not suffice or where products must integrate seamlessly into existing systems or machinery.

When you collaborate with OEM metal fabrication providers to develop custom solutions for your business, you can create products that stand out from your competitors. You can also offer unique features or capabilities that meet evolving customer demands or industry standards.

Cost-Effective Production

OEM providers can deliver high-quality metal components or products at a competitive price. It is by optimizing manufacturing processes and minimizing waste. It results in cost-effective production that enhances efficiency—allowing you to allocate your resources strategically, invest in innovation, and remain financially sustainable in the long term.

Moreover, offering cost-effective solutions enables these providers to attract and retain customers. This fosters long-term partnerships and capitalizes on opportunities in diverse markets.

Scalability

Flexible manufacturing processes and capacity allow OEM fabricators to scale production efficiently. This also enhances operational agility, optimizing resource utilization and cost-effectiveness. As a result, it builds long-term partnerships, adapts to industry trends, and sustains competitiveness in supporting clients’ evolving needs.

Applications

OEM metal fabrication finds applications in various industries and sectors, including automobile, shipping, metal furniture, and education sector.

Automobiles

Automobile manufacturing heavily relies on OEM metal fabrication for producing various components like chassis, body panels, engine parts, and structural elements.

It also allows for innovation in vehicle design. Enabling manufacturers to optimize weight, improve fuel efficiency, and enhance durability.

Shipping Industry

The shipping industry produces critical components such as ship hulls, propellers, engine parts, and structural elements. Customized metal fabrication ensures precision engineering to meet rigorous safety and performance standards required for marine environments.

Metal Furniture

Crafting various components like frames, legs, and intricate designs is the reason why metal furniture manufacturing counts on OEM metal fabrication. It ensures precise shaping and welding, resulting in durable and aesthetically pleasing furniture pieces.

Education Sector

Customized metal fabrication ensures the manufacturing of items like desks, chairs, laboratory benches, and equipment racks, meeting specific educational needs and standards.

Benefits of OEM

Benefits of OEM

OEM metal fabrication offers numerous benefits for businesses seeking custom metal components, such as:

Creates Durable Products

Utilizing high-quality materials and precision manufacturing techniques, OEM providers produce components and products built to withstand rigorous use and environmental conditions.

High-Level of Precision

Utilizing advanced technologies and skilled craftsmanship, OEM providers ensure that components and products are manufactured with exceptional accuracy and consistency. This results in parts that fit seamlessly together, enhancing functionality, performance, and overall quality.

Sustainable and Environment-Friendly

OEM allows for using sustainable materials and designs that reduce resource consumption and promote recyclability. These manufacturers also facilitate the production of durable, long-lasting products, reducing the need for frequent replacements and minimizing waste generation over time.

Considerations for Choosing an OEM Manufacturer

Making an informed decision when selecting an OEM manufacturer is crucial because the right choice can greatly impact the quality, efficiency, and success of the fabrication process.

Experience and Expertise

Seasoned OEM fabricators like Roberts possess in-depth industry knowledge, technical proficiency, and a proven track record of delivering high-quality products.

Our expertise allows us to navigate complex projects, address challenges efficiently, and provide innovative solutions tailored to specific requirements. We have established networks, reliable supply chains, and strict quality control processes, ensuring consistency and reliability in our deliverables.

Quality Assurance and Certifications

Certifications or industry-specific accreditations validate the manufacturer’s commitment to quality and compliance.

Choosing an OEM manufacturer with a strong focus on quality assurance and relevant certifications instills confidence in their products’ reliability, performance, and safety.

Technological Capabilities

They should be equipped with advanced technologies and modern machinery that can offer innovative solutions, superior precision, and efficient production processes. This cutting-edge equipment enhances manufacturing speed, accuracy, and versatility.

Key Takeaway

Make sure to settle for metal fabrication that meets the mark. Your projects deserve a partner who understands your needs and delivers. At Roberts, we go beyond just making metal parts—we help you achieve success.

Ready to find your perfect partner? Contact Roberts today with your inquiry. We’re confident we can exceed your expectations.

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Most Popular Auto Parts https://roberts.com.ph/blog/most-popular-auto-parts/ https://roberts.com.ph/blog/most-popular-auto-parts/#respond Sat, 10 Feb 2024 01:00:06 +0000 https://roberts.com.ph/?p=9174 What are the most popular auto parts?
  1. Maintenance Parts
  2. Performance Parts
  3. Exterior Accessories
  4. Interior Accessories
  5. Replacement Parts

Overview

  • The article highlights the different auto parts, including maintenance parts, performance parts, exterior accessories, interior accessories, and replacement parts.
  • It’s important to regularly replace worn-out maintenance parts to keep vehicles running smoothly and avoid costly repairs.
  • Performance parts can enhance a vehicle’s speed, acceleration, handling, and braking, and explore various exterior and interior accessories that allow drivers to personalize their vehicles for comfort and style.

When replacing or upgrading your car’s parts, don’t just focus on aesthetics. These components are the lifeline of your vehicle’s engineering, impacting both performance and safety.

From sturdy maintenance parts protecting occupants to efficient suspension systems to ensure engine performance, every part plays a crucial role. Choosing a trusted equipment manufacturer ensures top-quality components that deliver optimal performance and peace of mind on the road.

This guide explores the different kinds of the most popular auto parts, empowering you to make informed decisions, whether you’re a seasoned car owner or a curious future buyer.

Maintenance Parts

Many Filipinos own older, less expensive vehicles that require regular maintenance to keep them running smoothly. Replacing worn-out maintenance parts is often more cost-effective than major repairs or buying a new car. These parts encompass a wide range of items crucial for the upkeep and smooth functioning of various systems and equipment across industries.

One example that impacts handling and ride quality can be found in the suspension system. Springs bear the weight of the vehicle, including the chassis, body, engine, passengers, and cargo. They ensure that the vehicle maintains an appropriate ride height and does not sag excessively, which could lead to bottoming out or compromised handling.

When the vehicle encounters bumps, potholes, or other road imperfections, springs compress and expand to absorb the impact. This action helps to cushion the ride for passengers and prevents excessive jolting or bouncing.

Performance Parts

Performance Parts

A growing number of Philippine-based companies are manufacturing and distributing performance parts, catering to specific car models at competitive prices. This local availability and understanding of needs further fuel the popularity.

These parts in cars are designed to enhance various aspects of a vehicle’s performance, including speed, acceleration, handling, and braking. For instance, the exhaust system expels engine exhaust gases, reducing noise, directing emissions away from the vehicle, and improving engine performance.

They include components like performance mufflers, catalytic converters, and exhaust pipes, crucial for maintaining engine efficiency, minimizing environmental impact, and ensuring a quieter driving experience.

Exterior Accessories

Drivers take pride in their vehicles and enjoy expressing their individuality through exterior accessories. These accessories allow for customization, making their cars stand out and reflect their style. Examples of these accessories are light bars and car covers.

The light bars improve visibility during off-road driving, illuminating the path with powerful LED lights. They enhance safety and allow drivers to navigate challenging terrain with confidence. Meanwhile, car covers protect vehicles from weather elements, UV damage, and debris. It also preserves paint and prevents premature aging, extending the vehicle’s lifespan and maintaining its appearance.

Interior Accessories

Interior Accessories

Interior accessories in cars enhance comfort, convenience, and style for both drivers and passengers. With traffic jams and long travel times, comfortable seating solutions are desirable.

Seat covers protect original seats from wear, spills, and sun damage. Floor mats are also a great accessory. It traps dirt and debris, prevents damage to carpets, and facilitates cleaning.

For an enhanced grip and to protect your hands against heat or cold, a steering wheel cover is a good addition.

These accessories provide car owners with the opportunity to tailor their vehicle’s interior to their liking, creating a personalized and comfortable space that reflects their preferences.

Replacement Parts

The average vehicle age in the Philippines is relatively high, which leads to greater demand for replacements as parts wear out and require repair.

Among the number of parts to be replaced is the oil filter. Its function is to trap contaminants like dirt and metal particles, preventing them from circulating in the engine oil. Regularly checking and replacing oil filters is important to maintain engine health. Neglecting it can lead to reduced lubrication efficiency, increased engine wear, and potential damage. This can compromise engine performance and longevity.

Timely replacement of worn or damaged parts prevents further damage, reducing repair costs and ensuring optimal driving experience.

Key Takeaway

Knowing the most popular auto parts is essential for informed purchasing decisions, especially if you want to invest in OEM parts. Understanding which components are commonly replaced helps in making informed decisions, avoiding counterfeit products, and ensuring optimal performance and longevity for your vehicle. It will lead you to a smoother and more satisfying experience while maintaining the integrity and value of your vehicle.

When it comes to your vehicle, quality and reliability are important. Roberts AIPMC, a leading OEM auto parts manufacturer in the Philippines, is your trusted partner. Our commitment to using premium materials and rigorous quality control ensures every product we craft is built to withstand the toughest demands. Inquire now to discuss your specific auto parts needs.

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Materials Used for Automotive Parts https://roberts.com.ph/blog/materials-used-for-automotive-parts/ https://roberts.com.ph/blog/materials-used-for-automotive-parts/#respond Thu, 08 Feb 2024 01:00:16 +0000 https://roberts.com.ph/?p=9168 What are the materials used for automotive parts?
  1. Steel
  2. Aluminum
  3. Plastic
  4. Rubber
  5. Copper

Overview

  • This article offers a comprehensive overview of the materials used in automotive parts, emphasizing the significance of understanding these materials for safety and performance.
  • It explores the use of steel, aluminum, plastic, rubber, and copper in various components, discussing their properties and contributions to fuel efficiency, durability, structural integrity, and electrical transmission.

A car’s sleek design and powerful engine can grab attention, but have you ever stopped to consider the materials hidden beneath the hood? Understanding what the car is made of isn’t just about technical specs. It’s crucial for ensuring your safety and performance on the road.

Using the wrong material for a brake pad can result in reduced stopping power, potentially causing a collision. Similarly, a counterfeit engine part might fail under pressure, leading to unexpected breakdowns and safety hazards.

This article will explore the materials used for automotive parts to help you make informed choices when it comes to repairs, maintenance, and even purchasing decisions.

Steel

Steel is favored as a primary material for automotive parts due to its exceptional strength, durability, and affordability. Its high tensile strength allows it to withstand the rigors of vehicle operation, including impacts and stresses experienced during driving. It also offers excellent formability, enabling manufacturers to create complex shapes and designs necessary for various automotive components.

In your car, steel serves multiple crucial functions. It forms the structural framework, providing the necessary support and rigidity to ensure safety in the event of collisions. It is also used in the body panels, offering protection from external elements and enhancing the vehicle’s aesthetic appeal.

Aluminum

Aluminum

The aluminum’s low density makes it significantly lighter than steel, contributing to fuel efficiency and reducing emissions. This weight reduction enhances vehicle performance, agility, and handling while also improving braking and acceleration.

It is commonly used in engine block and cylinder heads due to its excellent heat dissipation properties. Additionally, it is prevalent in the construction of wheels, reducing unsprung mass and enhancing ride comfort and handling.

On the other hand, aluminum panels offer weight savings in the car’s body structure while maintaining structural integrity and crashworthiness, improving safety standards. It is utilized in the suspension system to reduce weight, improving responsiveness for a smoother and more controlled driving experience.

Plastic

Plastic offers designers and engineers a wide range of options in terms of shape, color, and texture. Since it is lighter than traditional materials like metal, it contributes to fuel efficiency and reduces the overall weight of the vehicle.

It is commonly used in interior trim pieces, such as dashboard panels, door handles, and center consoles. It is also utilized in exterior components like bumpers, grilles, and body panels, providing impact resistance and contributing to pedestrian safety standards.

Furthermore, it is vital for electrical components like wiring harnesses, connectors, and sensors. Its insulating properties protect sensitive electronic components from environmental factors and vibrations for reliable performance.

Rubber

Rubber is widely used in various components throughout vehicles, primarily for sealing, damping, and providing traction. It prevents water, dust, and air from entering critical areas like doors, windows, and the engine compartment. It ensures airtight and watertight conditions, maintaining cabin comfort and protecting sensitive components from damage.

It is also essential for damping vibrations and reducing noise in the vehicle. It can be used in suspension bushings, engine mounts, and various insulating materials to absorb shocks and vibrations generated by the road and engine.

Furthermore, it plays a vital role in providing traction and grip through tires. Tire rubber compounds are engineered to optimize traction, handling, and durability, ensuring safe and outstanding performance in various driving conditions.

Copper

Copper

The conductivity properties of copper make it indispensable for electrical wiring and components in vehicles. This ensures efficient transmission of power and signals throughout the electrical system.

It is extensively used in wiring harnesses, connectors, and terminals, forming the backbone of the vehicle’s electrical infrastructure. Because of its high conductivity, it enables reliable power distribution to various systems, including lights, sensors, cooling systems, entertainment systems, and engine components.

Additionally, copper is employed in various electronic components, such as printed circuit boards (PCBs) and sensors, where its conductivity and corrosion resistance are essential for the vehicle’s longevity performance.

Key Takeaway

Forget just picking a brand and model. The car is an extension of its owner, so understanding the materials used for automotive parts empowers drivers to make a choice that truly reflects their priorities.

At Roberts, we go beyond OEM auto parts manufacturing. We’re your trusted partner for understanding the materials that shape your driving experience. Whether you prioritize efficiency, performance, or durability, our diverse metal fabrication expertise ensures your car meets your individual needs.

Ready to discover more? Contact us today and let our experts guide you through the world of automotive materials. We’ll help you find the perfect combination that aligns with your driving style and budget.

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Reasons to Outsource OEM Metal Fabrication https://roberts.com.ph/blog/reasons-outsource-oem-metal-fabrication/ https://roberts.com.ph/blog/reasons-outsource-oem-metal-fabrication/#respond Tue, 06 Feb 2024 03:20:57 +0000 https://roberts.com.ph/?p=9162 What are the reasons why you need to outsource OEM metal fabrication?
  1. Increased flexibility
  2. Specialized skills and technology
  3. Cost reduction
  4. Improved quality
  5. Resource optimization

Overview

  • Outsourcing OEM metal fabrication offers increased flexibility and access to specialized skills and technology.
  • It can result in cost reduction through the elimination of upfront investments and access to partners with lower labor and production costs.
  • Collaborating with specialized outsourcing partners improves quality, promotes innovation, and optimizes resource utilization for automotive manufacturers.

Every detail matters in the relentless pursuit of automotive perfection. From the engine to the sculpted curves of the bodywork, each element contributes to the overall look of your dream car. However, beneath the sleek surface lies a crucial foundation—the intricate work of metal that shapes the very core of your machine. This is the domain of OEM metal fabrication.

Investing in cheap, unreliable metalwork will succumb to wear and tear. It will cause a shorter lifespan for your car, leaving you stranded at the worst possible moment. This article delves into the reasons to outsource OEM metal fabrication, empowering you to make informed decisions and find the perfect fit for your car’s specific needs.

Increased Flexibility

Outsourcing OEM metal fabrication for your car opens a flexibility of options. It empowers you to tap into a pool of specialized expertise and technologies. This kind of flexibility enables access to cutting-edge innovations and skilled professionals who can enhance the design and production of metal components for your automobile.

It also provides scalability, allowing manufacturers to adjust production volumes based on market demands. This adaptability is particularly valuable in the automotive industry, where market trends and consumer preferences can change rapidly.

It enables companies to respond promptly to fluctuations in demand without the need for significant investments in new infrastructure or equipment.

Specialized Skills and Technology

Specialized skills and technology

The automotive industry demands precision and expertise in metal fabrication, making it essential to engage with specialized professionals who possess the required skills. Contracting out to specialized firms gives you access to skilled workers with the expertise needed for complex tasks, like creating precise car components.

These specialized outsourcing partners often have state-of-the-art equipment, including CNC machines and other advanced tools. It enables the production of high-quality and intricately designed metal parts. This enhances the efficiency and accuracy of the metal fabrication process.

Seeking the help of experts also promotes innovation in product design and manufacturing techniques. Partnering with them can expose you to a diverse range of skills and ideas, fostering creativity and continuous improvement in the production process. This collaboration can result in the development of innovative and efficient methods for creating custom metal components tailored to the specific needs of automotive applications.

Cost Reduction

One key aspect is the elimination of substantial upfront investments in specialized machinery, technology, and infrastructure. Contracting out grants you the leverage of facilities and equipment of specialized metal fabrication partners, reducing the need for costly capital expenditures.

This provides access to a global marketplace, enabling you to select partners from regions with lower labor and production costs. This geographical advantage allows for the production of high-quality metal components at a lower overall cost.

By establishing clear contracts and agreements, you can better manage and forecast expenses associated with metal fabrication. This financial predictability allows for more effective budgeting and resource allocation.

Improved Quality

Improved quality

Advanced expertise, cutting-edge technology, and a dedication to metal fabrication– are the advantages of partnering with specialized outsourcing partners. The result is a critical automotive component crafted with precision and craftsmanship you can trust.

These partners typically adhere to stringent quality control measures, aligning with industry standards and regulations, to consistently deliver high-quality products. They foster a commitment to continuous improvement and innovation.

Collaborating with seasoned metal fabrication specialists exposes you to diverse perspectives and best practices. This leads to advancements in design, materials, and manufacturing techniques.

Resource Optimization

Excellent outsourcing partners often operate with economies of scale, allowing them to efficiently manage and allocate resources across multiple projects. This kind of efficiency enables automotive manufacturers to optimize their use of materials, reduce waste, and enhance overall resource utilization.

Contracting out minimizes the need for substantial investments in in-house infrastructure and equipment. It frees up capital for other critical aspects of the business. Manufacturers can redirect financial resources toward research and development, marketing, or other strategic initiatives, contributing to the overall growth and competitiveness of the company.

Key Takeaway

By delving into the compelling reasons to outsource OEM metal fabrication, you’ve gained a critical perspective on its importance in today’s automotive landscape. Utilize this knowledge to navigate your options with informed clarity and craft a solution that surpasses expectations.

If you are looking to outsource experience matters. Roberts AIPMC, with its two decades of expertise in the manufacturing industry, is the trusted choice in the Philippines for its world-class OEM standards and practices. Contact us today and let our experts provide you with a reliable service that sets us apart.

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Difference Between Plastic Aluminum Radiators and Traditional Radiators https://roberts.com.ph/blog/difference-plastic-aluminum-radiators-traditional-radiators/ https://roberts.com.ph/blog/difference-plastic-aluminum-radiators-traditional-radiators/#respond Wed, 17 Jan 2024 01:00:54 +0000 https://roberts.com.ph/?p=9144

Overview

  • Plastic aluminum radiators, combining an aluminum core with plastic tanks, offer a balance of efficient heat dispersion and weight reduction. This blend not only cuts down the overall weight of the vehicle improving fuel efficiency, but it also makes manufacturing easier and cheaper.
  • Traditional radiators, typically made of cast iron or steel, are key parts of a car’s cooling system, and while they’re not as lightweight as their plastic aluminum counterparts, their extreme robustness and ability to retain heat for longer periods make them an exceptional choice.
  • Both traditional and plastic aluminum radiators are well-equipped when it comes to efficiently dispersing heat and cooling engines. Each type offers efficiency tailored to specific vehicle types and driving conditions.

Ever wondered about the differences between plastic aluminum radiators and traditional radiators in your car? It’s a valid question since many may not be familiar with how the materials of each can differentiate one from the other. The unique characteristics of each material can influence the performance of your car.

This guide unravels these two types of radiators, equipping you with insightful knowledge of their pros and cons. Whether you’re a vehicle owner or a future buyer, this concise yet comprehensive exploration will serve as a valuable resource to you.

What is a Plastic Aluminum Radiator?

What is a Plastic Aluminum Radiator?

A plastic aluminum radiator is designed for efficiency and affordability. Unlike aluminum radiators, these models combine an aluminum core with plastic tanks on either side. This results in a robust cooling system that excels in dissipating heat from your engine while being cost-effective due to the use of less expensive materials.

These are widely used in many modern consumer vehicles. Remember, while they might not be as durable as their all-aluminum counterparts, they offer great value and sufficient performance for most drivers.

What is a Traditional Radiator?

On the other hand, a traditional radiator typically made of cast iron, or steel, are key parts of a car’s cooling system that play the same role as their plastic aluminum counterparts. They boast remarkable durability and extended heat retention. These are attributed to their core design of a series of tubes and fins, aiding in heat transfer to cool the engine coolant.

While they’re not as lightweight as their plastic aluminum counterparts, their extreme robustness and ability to retain heat for longer periods make them an exceptional choice.

What is the Difference Between Plastic Aluminum Radiators and Traditional Radiators?

What is the Difference Between Plastic Aluminum Radiators and Traditional Radiators?

If you’re puzzled over whether to choose a plastic aluminum radiator or a traditional radiator for your vehicle, this is the right article for you. These two types differ notably in four areas: design, durability, cost, and efficiency. Let’s get a closer look at each aspect.

Design

Traditional radiators are made entirely of metal. This uniformity in construction maximizes heat conduction, making the radiator an ideal choice for intense heat loads or demanding environments.

On the contrary, plastic aluminum radiators, combining an aluminum core with plastic tanks, offer a balance of efficient heat dispersion and weight reduction. This blend not only cuts down the overall weight of the vehicle improving fuel efficiency, but it also makes manufacturing easier and cheaper.

Durability

Traditional metal radiators are particularly known for their durability and ability to resist damage from heat and corrosion. These radiators are beneficial in harsh conditions, providing reliable, long-term service.

Conversely, plastic aluminum radiators, while also reasonably durable, can have potential weaknesses, specifically at the joints where the plastic and aluminum meet. The main reason behind this is that plastic and aluminum react differently to heat. The plastic can degrade faster under high temperatures, causing leaks or damages, especially under variable temperatures or tough conditions.

Cost

Traditional radiators tend to be more expensive due to higher material costs and complex manufacturing. However, their long lifespan can offer value over time.

Plastic aluminum radiators, on the other hand, are generally more cost-effective due to the cheaper and easier production process. Despite possibly having a shorter lifespan, their initial affordable cost and sufficient durability make them a popular choice for many vehicle owners.

Efficiency

Both traditional and plastic aluminum radiators are well-equipped when it comes to efficiently dispersing heat and cooling engines. Traditional ones excel in high-heat conditions, making them ideal for high-performance or heavy-duty vehicles.

On the other hand, plastic aluminum radiators are typically found in everyday vehicles, effectively handling normal heat levels, and thereby preventing overheating during regular use. Each type offers efficiency tailored to specific vehicle types and driving conditions.

Key Takeaway

Through this journey exploring the difference between plastic aluminum radiators and traditional radiators, we hope that you’ve gained valuable insights into their key differences. Now, you’re better equipped to make informed decisions about the radiator best suited to your vehicle and driving needs.

At Roberts AIPMC, we’re a trusted name in the Philippines for manufacturing industrial and automotive radiators. Our range includes plastic aluminum radiators at competitive prices. Going beyond standard offerings, we specialize in tailored radiator fabrication services, meeting your specific requirements.

Contact us today to experience our exceptional service and find the perfect fit for your car’s needs.

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5 Environmental Benefits of Plastic Aluminum Radiators https://roberts.com.ph/blog/environmental-benefits-plastic-aluminum-radiators/ https://roberts.com.ph/blog/environmental-benefits-plastic-aluminum-radiators/#respond Mon, 15 Jan 2024 01:00:10 +0000 https://roberts.com.ph/?p=9139 What are the environmental benefits of plastic aluminum radiators?
  1. It is lightweight and energy-efficient
  2. It reduces raw material consumption
  3. It improves thermal efficiency
  4. It is corrosion-resistant
  5. It is recyclable

Overview

  • Eco-friendly driving is fueled by plastic aluminum radiators, thanks to their lightness, energy efficiency, and recyclability.
  • Plastic aluminum radiators are an environmental game-changer, decreasing raw material use and enhancing thermal efficiency while resisting corrosion.
  • Choosing plastic aluminum radiators represents a commitment to the environment – an easy transition with Roberts AIPMC’s quality and affordability.

Embracing an eco-friendly approach is more than just bringing paper bags instead of plastic to the grocery. It also involves our cars and their different parts. There are many options you can opt for to contribute to a greener world. Today, we shed light on the plastic aluminum radiator, a game-changer in greener driving solutions.

In this article, we’ll walk you through the environmental benefits of plastic aluminum radiators. With their lightweight yet robust construction, recyclability, and energy efficiency, these radiators aren’t just a smart choice for your car; they’re a sustainable one, paving the way for a greener motoring experience.

It Is Lightweight and Energy-Efficient

Plastic aluminum radiators are known for their lightweight structure, a characteristic that plays a pivotal role in enhancing energy efficiency. This helps reduce the overall weight of the vehicle, implying a reduction in energy expenditure and an improvement in fuel economy.

In simpler terms, the lighter the vehicle, the less fuel it burns, resulting in improved fuel efficiency and reduced carbon dioxide emissions. As such, the material of this radiator has become a practical answer to the pressing concern of rising greenhouse gas levels and the quest for eco-friendly solutions in the industry.

These radiators are not just beneficial for their operational efficiency. Still, they are also a testament to the industry’s capability to devise practical solutions that address global issues like greenhouse gas emissions and the need for enhanced fuel efficiency in vehicles.

It Reduces Raw Material Consumption

It reduces raw material consumption

Plastic aluminum radiators offer a significant advantage by reducing reliance on scarce resources, unlike some metals used in fully metallic radiators.

Aluminum, the primary material, demands less energy during extraction and refinement, making it a more environmentally friendly choice. This results in a simplified, sustainable manufacturing process that benefits the environment. Overall, these components present a commendable stride in eco-friendliness within the automotive industry.

This material combines technological progress with environmental consciousness, showcasing the fusion of innovation and sustainability. Such smart design trends affirm the promising future of eco-friendly automotive engineering, aligning with the global drive toward environmental conservation.

It Improves Thermal Efficiency

Another key attribute of aluminum that stands out is its adeptness at effectively conducting and dissipating heat. Mirrored in the efficiency of plastic aluminum radiators, these devices proficiently manage engine temperatures, sustaining them within the ideal operational range – 75 to 106 degrees Celsius.

As a result of this, the necessity for untimely engine replacements is lessened. This reduces the environmental burden arising from discarded engines.

It is Corrosion-Resistant

It is corrosion-resistant

Aluminum is highly recognized for its corrosion resistance. This is attributed to the thin layer of aluminum oxide that naturally forms on its surface when exposed to air, making it less susceptible to corrosion and rust.

This corrosion resistance present ensures the radiator lasts a long time, guaranteeing a more durable, and therefore sustainable, cooling solution for vehicles. On average, your radiator can last between 8 and 10 years, compared to the other two, which typically have a 6 to 10-year lifespan.

It Is Recyclable

Unlike many other radiator materials, plastic aluminum radiators boast of being fully recyclable without losing their quality or properties. This is simply because both of its components, plastic, and aluminum, are recyclable materials.

How? When a radiator reaches its end of life, instead of ending up in a landfill, it can be repurposed into new radiators or other products. Initially, the radiator gets crushed or broken down into manageable pieces. This crushed matter is then categorically sorted based on the two primary constituting materials: plastic and aluminum. Special machinery is employed during this stage to separate the aluminum metal parts from the plastic ones. Each material is then individually recycled, ensuring there’s zero wastage.

In short, plastic aluminum radiators represent more than just functional efficiency; they embody a practical model for efficient resource utilization, contributing significantly to sustainability in the automotive industry.

Key Takeaway

As we’ve discussed the environmental benefits of plastic aluminum radiators, it’s safe to say that choosing a plastic aluminum radiator isn’t just good for your car – it’s good for the environment. For a sustainable choice that keeps your engine cool and your carbon footprint small, invest in a plastic aluminum radiator.

At Roberts AIPMC, we provide top-notch plastic aluminum radiators, uniting performance and environmental thoughtfulness at competitive prices. Your journey towards a greener drive is merely a click away. Contact us today!

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