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Molding Product List and Ranking from 381 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

Molding Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

  1. Tada Plastic Industries CO., LTD. Osaka//Manufacturing and processing contract
  2. テイヨー 本社・工場 Hiroshima//Resin/Plastic
  3. タカギセイコー Toyama//Resin/Plastic
  4. 4 フルヤ工業 Hyogo//others
  5. 5 パイロットコーポレーション Kanagawa//Ceramics
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Molding Product ranking

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

  1. Achieving fine, deep, and high-precision ceramics through extrusion molding. パイロットコーポレーション
  2. Precision forging and die forging, etc. *A collection of 18 examples of forging processing will be presented! 株式会社東亜鍛工所　新井工業株式会社
  3. Rotational Molding タカギセイコー
  4. 4 Katagiri Manufacturing Co., Ltd. Business Introduction 片桐製作所
  5. 5 For curing molding of CFRP and more! "HANYUDA Autoclave Series" 羽生田鉄工所

Molding Product List

781～810 item / All 899 items

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IMD/IME

IMD/IME

Contributes to improved surface durability and reduction in the number of parts! Enhances design flexibility.

We would like to introduce the "IMD/IME" that we handle. It is a technology that places printed films and electronic circuits within a mold and integrates them with resin. IMD achieves the integration of decorative and display panels, while IME realizes the integration of electronic circuits and sensors. It is also compatible with film molding, transfer molding, and in-mold labeling (IML). 【Features】 ■ Reduction of post-processing (painting, printing, assembly) ■ Improved surface durability and chemical resistance ■ Seamless appearance design ■ Enhanced cleanability (no unevenness) *For more details, please download the PDF or feel free to contact us.

  • imd2.png
  • imd3.png
  • Inspection fixture
  • others
  • Molding

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Features of direct pressure molding.

Features of direct pressure molding.

Molding is possible with low molding pressure! There are no restrictions on the types of materials used, and for products of the same size, you can increase the number of molds of type 1!

Our company offers flexible production systems and a quality-focused management system that enable plastic molding processing tailored to the diverse needs of our customers, from material selection and prototyping to mold creation and mass production. 【Features of Direct Pressure Molding】 - There are no restrictions on the types of materials used. - Sufficient molding pressure is applied to the cavity, allowing for precise molding. - High-strength molded products can be created by utilizing the properties of the resin, as there is no material orientation. - Since the molding material is directly poured into the open mold, there is minimal material loss from sprues, runners, or other components. - Direct application of molding pressure to the product makes it suitable for molding large or thick products. - Direct application of molding pressure to the product results in lower internal stress in the molded items. - Opening and closing the mold during molding makes it difficult to achieve dimensional accuracy in the thickness direction. - Easy to insert inserts. - Burrs are thick and require time for finishing. *For more details, please contact us or download our catalog for further information.

  • plastic
  • Plastic Mould
  • Processing Contract
  • Molding

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Molding press for forming plastic and automotive parts (hydraulic press)

Molding press for forming plastic and automotive parts (hydraulic press)

Molding of unit baths and automotive parts. Heating and pressing of SMC and BMC materials. [Hydraulic press, press machine]

**Operation and Control** - With sequence control using a PLC (Programmable Logic Controller), even complex molding programs can be easily set and stored through input operations on a touch panel. At the start of work, the required press conditions such as time and pressure can be quickly set by simply calling up the mold code number from the stored program. - A digital encoder allows for control of press speed and position with five-speed control in five stages for descent and three-speed control in three stages for ascent. - By connecting a fault diagnosis device (optional) to the test terminal, faults in the electrical circuit and hydraulic circuit can be instantly identified, making maintenance and inspection easy. **Safety Devices** - Standard equipment includes two-hand push buttons, an emergency stop button, an overrun prevention circuit, an overcurrent prevention circuit, a drop prevention device, and a photoelectric safety device. Additional options such as shielding guards and safety mats are available, allowing compliance with various internal safety standards.

  • Other processing machines
  • Molding

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Solving the problem of not knowing how to compact powders! Powder molding taught by professionals.

Solving the problem of not knowing how to compact powders! Powder molding taught by professionals.

From how to solidify powders and choose suitable machines to better methods of powder molding! Powder molding professionals will solve your concerns. *Materials will be provided.

The technology of powder molding is used in a wide range of industries, from metals and resins to ceramics and food. However, there is still a lack of sufficient knowledge, and we often hear voices expressing uncertainty about powder molding methods and which machines are suitable. Some have invested a significant amount of money to purchase molding machines, only to misuse them and fail to fully utilize their specifications, or they may not know how to choose the right machine and end up with one that has specifications beyond their needs, leaving them overwhelmed. This document discusses the importance of "filling methods" and "pressurization methods" related to powder molding, as well as the CIP (Cold Isostatic Pressing) method for increasing density. Additionally, we introduce numerous machines that support these processes. This book is useful for those facing issues such as "I can't mold the powder!" or "Even if I can mold the powder, it cracks during sintering!" [Contents] ■ Importance of powder shape and filling/pressurization methods ■ Measures to reduce density variation and sintering cracks ■ About filling ■ About pressurization methods ■ Machines useful for filling, etc. For more details, please refer to the PDF document. If you are interested in prototyping, please contact us!

  • Sieve/Shaker
  • Powder Molding Machine
  • Molding

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Special insert molding without pre-processing or bonding steps.

Special insert molding without pre-processing or bonding steps.

Reduce costs for two projects! We can provide proposals tailored to your ideas and budget.

We would like to introduce a case where we proposed a special insert molding method without pre-treatment and adhesive processes. Company B was planning to attach rubber as a cushioning material to metal products using an adhesive, but they contacted us after learning about the insert molding method. Typically, we perform pre-treatment and adhesive processes on metal before carrying out insert molding. However, after reviewing the shape, we proposed a special method that does not require pre-treatment or adhesive processes, achieving a reduction in costs for two processes. 【Proposal Details】 - Proposed a special method without pre-treatment and adhesive processes after confirming the shape - Reduced costs for two processes *For more details, please download the PDF or feel free to contact us.

  • Rubber
  • Molding

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Injection molding of BMC using unsaturated polyester resin.

Injection molding of BMC using unsaturated polyester resin.

Supports insert molding of glass and resin. Provides molded products with high dimensional accuracy and thermal stability.

Our company specializes in "injection molding of BMC using unsaturated polyester resin," providing molded products with high dimensional accuracy through shrinkage-free molding. We excel in insert molding of glass and resin, and we can flexibly accommodate combinations with other materials. The molded products possess heat resistance of approximately 150°C and low thermal expansion characteristics, allowing them to maintain stable shapes across a wide range of environments from low to high temperatures. Additionally, we offer colorization options such as white, eliminating the need for painting processes and contributing to increased productivity. 【Features】 ■ High dimensional accuracy through shrinkage-free molding ■ Excellent thermal stability with 150°C heat resistance by adding linear expansion adjustment materials ■ Compatible with insert molding of glass and metals ■ Long-term durability due to stable molecular structure *For more details, please refer to the materials. Feel free to contact us with any inquiries.

  • Injection Molding Machine
  • Molding

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High-quality prototypes at mass production level: sheet metal processing, press processing, cutting processing, molding.

High-quality prototypes at mass production level: sheet metal processing, press processing, cutting processing, molding.

Contributing to the reduction of development man-hours and shortening of product commercialization schedules! Prototyping various processes such as small-lot injection molding, pressing, sheet metal, mold manufacturing, and machining with mass production-level quality!

Using a variety of technologies such as injection molding, press and sheet metal processing, mold manufacturing, and cutting processing, we create high-precision parts specialized in each technology and assemble them consistently as a single prototype internally. Even prototypes can be delivered at the same level as mass-produced products. This is the greatest strength of Makuti. [Note] Please be aware that delivery times may vary depending on the type and quantity of processing. If you would like a quote, please contact us. [Main Applications] - Mass production molds - Prototype molds, various cuts, forming - Wire cutting - Laser cutting (outsourced) - Etching (outsourced) - Various plating, various coatings, various blasting, barrel processing (outsourced) *For details, please refer to our catalog download for information on our equipment and prototype examples.

  • Processing Contract
  • Contract manufacturing
  • Molding

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Blow molding for food applications

Blow molding for food applications

We will manufacture food-grade bottles in your desired shape and color.

In the food industry, ensuring product quality and safety is the top priority. In particular, selecting the appropriate containers is essential to prevent the deterioration of contents and protect consumer safety. Blow molding can produce containers that accommodate a variety of shapes and sizes, tailored to the characteristics of food products. Our blow molding offers optimal materials and shapes based on customer needs. 【Usage Scenarios】 - Food containers - Condiment containers - Food covers 【Benefits of Implementation】 - Preservation of food quality - Adaptation to diverse designs and sizes - Production support for small lots

  • Other lighting equipment
  • Molding

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Ishida Mold Manufacturing Co., Ltd. - Plastic Molding

Ishida Mold Manufacturing Co., Ltd. - Plastic Molding

Leave the design, manufacturing, repair, and modification of plastic injection molds to us!

We are a manufacturer of molds for resin injection molding. We specialize in the production of molds for plastic molding and can accommodate a wide range of requests, from toothpick sizes to large planters for gardening. Our production system allows us to flexibly respond to customer needs, including product design support (3D model creation), mold design and manufacturing, test molding and mass production, mold repair, and mold modification due to specification changes.

  • Contract manufacturing
  • Molding

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Free distribution of the MIM technology handbook that achieves VA/VE cost reduction.

Free distribution of the MIM technology handbook that achieves VA/VE cost reduction.

MIM technology that realizes the world's smallest check valve that can be inserted into human arteries! This book explains metal powder injection molding!

The "Handbook of Basic Technologies for Metal Powder Injection Molding" is a booklet that covers the fundamental knowledge, case studies, and design points of "MIM (Metal Powder Injection Molding)," which is gaining attention for its ability to create complex shapes in a single molding process while reducing labor and costs! It is a must-see for designers looking to achieve VA/VE cost reductions. This technology has seen significant adoption across various industries in recent years, including medical, precision instruments, machine tools, industrial machinery, automotive parts, and electrical equipment. 【Overview of Contents】 ■ What is Metal Injection Molding (MIM)? ■ Growing Demand for MIM ■ Characteristics of MIM ■ Key Points for Designers on Introducing and Designing MIM Parts ■ MIM Parts Design: VA/VE and Cost Reduction Case Studies, etc. *We are currently offering a free excerpt of the technical handbook! If you would like the complete version, please download the catalog and contact us!

  • Injection Molding Machine
  • Processing Contract
  • Technical and Reference Books
  • Molding

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Cost reduction for plating in automotive applications! Contributing to weight reduction through plastic molding.

Cost reduction for plating in automotive applications! Contributing to weight reduction through plastic molding.

Reproducing the metallic texture with molding color and painting, achieving cost reduction and lightweight.

In the automotive industry, reducing weight of parts has become an important issue for improving fuel efficiency and reducing environmental impact. By replacing metal parts with resin parts, it is possible to achieve weight reduction. However, applying gold plating to achieve a metallic appearance can increase costs and strain the budget. Therefore, our plastic molding technology can help balance the color of molded products and painting to reproduce an appearance equivalent to gold plating, achieving both cost reduction and weight reduction. 【Application Scenarios】 - Interior parts (areas requiring decoration) - Exterior parts (such as emblems) - Engine compartment internal parts 【Benefits of Implementation】 - Weight reduction through replacement of metal parts - Cost reduction compared to gold plating - Improved design quality - Reduction of processes through integration of parts

  • Contract manufacturing
  • Molding

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Gold-plated alternative for home appliances! Creating a sense of luxury with plastic molding.

Gold-plated alternative for home appliances! Creating a sense of luxury with plastic molding.

Achieving a gold-tone appearance that enhances the design of home appliances through molding colors and painting.

In the home appliance industry, the design of products is a crucial factor that influences consumers' purchasing intentions. In particular, designs that convey a sense of luxury are essential for enhancing the added value of products. However, gold plating is expensive, and budget constraints can limit design options. This product achieves a luxury feel comparable to gold plating at a lower cost by adjusting the balance between the color of molded parts and painting. It is possible to maximize the appeal of the product without compromising its design quality. 【Usage Scenarios】 - High-end audio equipment - Designer home appliances - Decorated home appliances 【Benefits of Implementation】 - Cost reduction compared to gold plating - Increased design freedom - Enhanced added value of products

  • Contract manufacturing
  • Molding

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Free distribution of 'Sheet Molding (Vacuum Forming and Pressure Forming) Technology Handbook'

Free distribution of 'Sheet Molding (Vacuum Forming and Pressure Forming) Technology Handbook'

Free distribution! A guide to key points for successful design and production of vacuum forming and pressure forming.

The "Sheet Molding (Vacuum Molding and Pressure Molding) Technology Handbook" is a technical handbook that explains technologies such as vacuum molding and pressure molding. It includes key points to keep in mind to avoid failures in the design and production of sheet molding. 【Contents】 (partial) ◆ What are vacuum molding and pressure molding? ◆ Key points to avoid failures in the design and production of sheet molding ◆ Processing examples from Nagoya Plastic Industry ... and more 【For more details, please download the catalog or feel free to contact us】

  • others
  • Molding

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Blow molding 【Capable of molding in small lots!】*Technical documentation available.

Blow molding 【Capable of molding in small lots!】*Technical documentation available.

Compared to injection molding, it is possible to perform small lot molding at a low cost. We are currently offering free technical materials that explain the differences between injection molding and blow molding, as well as their suitability.

In blow molding, shaping is performed by introducing air into the mold and inflating it. Therefore, materials such as aluminum alloys and ZAS that can withstand air pressure and clamping pressure are used for the molds. Compared to injection molding, the cost of molds is lower, which reduces initial costs, making blow molding more valuable for smaller production runs. We are currently distributing a technical booklet that explains the representative molding methods, "injection molding" and "blow molding." This material provides an overview of each molding method, points to note, a "comparison table" that is useful during ordering and process consideration, and molding case studies with photos, allowing for an efficient understanding of the overall picture in a short time. 【Features and Benefits of This Material】 ■ Includes molding case studies of similar parts with photos, making it easy to compare features. ■ The "comparison table" quickly conveys the suitability and cost perception of each molding method. ■ Potential troubles that may arise with each molding method can be identified in advance. *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

  • Contract manufacturing
  • Processing Contract
  • Molding

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Unmanned vending machines for hospitals and welfare facilities for daily necessities such as toothbrushes and slippers.

Unmanned vending machines for hospitals and welfare facilities for daily necessities such as toothbrushes and slippers.

No need to worry about sudden patient visits! Introducing a versatile vending machine that allows you to increase the size and quantity of items, from food to daily necessities.

Future Seiko Co., Ltd.'s "Free Connection Vending Machine" is an unmanned vending machine packed with simple yet convenient and user-friendly features. In hospitals and nursing facilities, there are often sudden admissions and visits, and since the shops are closed, many patients and their families struggle to make purchases. Our vending machines can offer a flexible lineup tailored to your size and quantity requests, including not only food and beverages but also everyday items like toothbrushes and slippers. You can choose from three types: "Coin Only," "Bill Compatible," and "High Denomination Bill Compatible," depending on the products you handle. 【Features】 ■ Safe empty sale prevention function → Once a door is purchased, it recognizes "sold out." ■ Convenient sliding function → A sliding mechanism that moves smoothly without applying excessive force. ■ Flexible individual pricing setting function → Prices can be set for each individual window. *For more details, please refer to the PDF materials or feel free to contact us.

  • Vending machines
  • Molding

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Prototype of polyurethane rubber using silicone molding *Technical materials available!

Prototype of polyurethane rubber using silicone molding *Technical materials available!

Proposal for rubber prototype manufacturing methods

I believe that cutting processes will not yield accurate dimensions and shapes for items made of soft materials like rubber that have somewhat complex shapes. We must create the molding die while harboring these concerns. The "vacuum casting method" involves creating a master model from hard materials that are easy to machine, such as those made with a 3D printer, then inverting it in silicone, pouring in urethane rubber, and forming it. This allows for the creation of complex master models without directly machining the rubber, so all that remains is to replicate it with a soft material. [Partial content of technical documentation] ■ What is vacuum casting? ■ Types and properties of casting materials ■ Functions of vacuum casting ■ Comparison of working times ■ Examples of processed sample parts (with photos), etc. *For more details, please download the documentation or contact us directly.

  • Other Auto Parts
  • Rubber mold
  • Other machine tools
  • Molding

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A must-see for those looking for extrusion molding! Do you have any of these concerns?

A must-see for those looking for extrusion molding! Do you have any of these concerns?

We provide proposals that take into account the rich experience and know-how we have accumulated, as well as the balance of thickness, strength, and lightness, tailored to the customer's applications, usage environments, and the characteristics of the resin.

We are an extrusion molding manufacturer that responds to the question, "We want this kind of shape, can you do it?" <Do you have any of these concerns?> - I want to soften the edges of the table. - I want to eliminate the sticky feeling unique to elastomers. - Injection molding has high mold costs, and I want to review the unit price of materials. - The wear on machine parts is severe. *If you have any inquiries about extrusion molding processing, please feel free to contact us. We will be exhibiting at the "High-Performance Plastics and Rubber Exhibition 2021" held at the Osaka Industry Creation Center on January 28 (Thursday) and January 29 (Friday), 2021. We look forward to your visit.

  • Other polymer materials
  • Processing Contract
  • Molding

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Vacuum and Pressure Forming for Automotive Interiors

Vacuum and Pressure Forming for Automotive Interiors

A molding technology for automotive interior parts that balances design and cost.

In the automotive interior industry, parts that balance design and functionality are in demand. In particular, weight reduction and cost reduction are important challenges. Vacuum and pressure forming enable flexible shape design and low-cost manufacturing to address these challenges. 【Application Scenes】 - Instrument panels - Door trims - Interior trims - Console boxes 【Effects of Introduction】 - Increased design freedom - Improved fuel efficiency through weight reduction - Reduction in mold costs - Adaptation to small-scale production Daiichi Shoko proposes the optimal forming methods tailored to customer needs and provides high-quality products.

  • plastic
  • Contract manufacturing
  • Molding

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Vacuum and Pressure Forming for Electronic Devices

Vacuum and Pressure Forming for Electronic Devices

Improving design flexibility of enclosures through plastic molding.

In the electronics industry, there is a demand for lighter products and improved design aesthetics. The casing is a crucial element that not only protects the product but also influences the brand image. To achieve complex shapes and designs that are difficult with sheet metal processing, vacuum and pressure forming are effective methods. Vacuum forming is suitable for thin-walled and simple-shaped casings, while pressure forming can accommodate thick-walled and complex-shaped casings. These forming methods enhance design flexibility and enable product differentiation. 【Application Scenarios】 - Casings for electronic devices - Covers - Trays 【Benefits of Implementation】 - Increased design flexibility - Weight reduction - Cost savings

  • plastic
  • Contract manufacturing
  • Molding

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Vacuum and pressure forming for aerospace components

Vacuum and pressure forming for aerospace components

A new option for aerospace components that balances lightweight design and aesthetics.

In the aerospace industry, there are many components that require lightweight construction and high durability. In particular, reducing the weight of the aircraft contributes to improved fuel efficiency and cost reduction. Additionally, depending on the shape of the components, complex designs may be required. Vacuum and pressure forming can meet these needs. 【Application Scenarios】 - Covers for aircraft and spacecraft - Interior components - Structural components that require lightweight construction 【Effects of Implementation】 - Improved fuel efficiency due to weight reduction - Ability to accommodate complex shapes - Flexible response to small-scale production - Cost reduction

  • plastic
  • Contract manufacturing
  • Molding

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Vacuum and Pressure Forming for Food Packaging

Vacuum and Pressure Forming for Food Packaging

Balancing convenience and design in the manufacturing of food containers.

In the food packaging industry, maintaining food freshness and ensuring safety are crucial. The shape and material of containers are essential to meet these demands, while also requiring lightweight designs and cost reductions. Vacuum and pressure forming contribute to addressing these challenges by allowing flexible shape design and accommodating a variety of materials. It enables the molding of thin-walled shapes and large containers, making it ideal for manufacturing containers that balance food protection and visual appeal. 【Application Scenes】 - Food trays - Food covers - Food packaging containers 【Benefits of Implementation】 - Reduction in transportation costs due to lightweight containers - Increased product value through diverse designs - Adaptation to small-scale production - Improved food freshness retention and safety

  • plastic
  • Contract manufacturing
  • Molding

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Vacuum and Pressure Forming for Home Appliances

Vacuum and Pressure Forming for Home Appliances

Achieving both ease of use and design in the manufacturing of home appliance casings.

In the home appliance industry, enclosures that balance design and functionality are in demand. The appearance of a product influences consumers' purchasing intentions, and the protective performance of the product is also important. Vacuum forming is easy to use, while pressure forming can incorporate sharp lines and other design elements. These molding methods enable the realization of enclosures that achieve diverse designs and functionality. 【Usage Scenarios】 - Back cover of flat-screen TVs - Door panels of refrigerators - Exterior parts of air conditioners 【Benefits of Implementation】 - Increased design flexibility - Cost reduction - Short delivery times

  • plastic
  • Contract manufacturing
  • Molding

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Vacuum and Pressure Forming for Aerospace Components

Vacuum and Pressure Forming for Aerospace Components

A new option for aerospace components that balances lightweight design and aesthetics.

In the aerospace industry, there are many components that require lightweight construction and high durability. In particular, reducing the weight of parts is essential for improving the performance of the aircraft. Plastic molding is gaining attention as an alternative to metal components, but due to the need for complex shapes and high precision, selecting the appropriate molding method is crucial. Vacuum and pressure molding is suitable for manufacturing aerospace components because it allows for the relatively inexpensive production of lightweight and highly designed parts. 【Application Scenarios】 - Interior components of aircraft - Exterior components of drones - Parts for space exploration vehicles 【Benefits of Implementation】 - Improved fuel efficiency due to weight reduction - Enhanced design quality - Cost reduction

  • plastic
  • Contract manufacturing
  • Molding

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Foam injection molding and SF molding for automobiles

Foam injection molding and SF molding for automobiles

Contributes to the lightweighting of large, thick-formed products. Ideal for automotive parts.

In the automotive industry, there is a strong demand for lightweight components to improve fuel efficiency and reduce environmental impact. It is particularly important to achieve weight reduction while maintaining strength in body and interior parts. Traditional metal components and thick resin parts can add weight and hinder efforts to lighten vehicles. Foam injection molding and SF molding contribute to weight reduction and enhance the performance of automotive parts. 【Application Scenarios】 - Body parts - Interior parts - Bumpers - Various covers 【Effects of Implementation】 - Improved fuel efficiency through weight reduction - Reduction in the number of parts - Cost reduction - Increased design flexibility

  • plastic
  • Contract manufacturing
  • Molding

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Foam injection molding and SF molding for home appliances

Foam injection molding and SF molding for home appliances

Achieving improved thermal insulation performance and weight reduction through thick meat molding.

In the home appliance industry, improving the energy-saving performance of products has made insulation performance a key focus. Particularly for appliances such as refrigerators and air conditioners, high insulation performance directly contributes to reduced power consumption and enhances the added value of the products. Foam injection molding and SF molding can achieve thick-walled molding while also realizing weight reduction, allowing for a balance between insulation performance and ease of handling. 【Usage Scenarios】 - Insulation materials for refrigerators - Housings for air conditioners - Insulation covers for electric pots 【Effects of Implementation】 - Energy-saving effects due to high insulation performance - Improved ease of handling due to weight reduction - Increased design flexibility by accommodating complex shapes

  • plastic
  • Contract manufacturing
  • Molding

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Aerospace-oriented foam injection molding and SF molding

Aerospace-oriented foam injection molding and SF molding

Contributing to the lightweighting of large, thick meat products.

In the aerospace industry, reducing the weight of aircraft is essential for improving fuel efficiency and performance. In particular, achieving weight reduction while maintaining strength poses a significant design challenge. Foam injection molding and SF molding provide solutions to this challenge by enabling lightweight structures even with thick walls. The inner foam layer allows for weight reduction that was difficult to achieve with conventional molding methods, opening up new possibilities in the aerospace field. 【Application Scenes】 - Aircraft parts - Space exploration vehicle parts - Drone parts 【Benefits of Implementation】 - Improved fuel efficiency through weight reduction - Enhanced performance of components - Cost reduction

  • plastic
  • Contract manufacturing
  • Molding

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Thermosetting plastic molding for automotive engines

Thermosetting plastic molding for automotive engines

Improve the performance of automotive engines with heat-resistant, mechanically strong thermosetting plastic molding.

In the automotive engine industry, components that can withstand high temperatures and high loads are required. Particularly in the engine's combustion chamber and cooling system components, materials with excellent heat resistance, chemical resistance, and mechanical strength are essential. Inappropriate material selection can lead to deterioration of parts and a decline in engine performance. Our company offers thermosetting plastic molding technology and proposes optimal materials and molding methods tailored to our customers' needs. 【Application Scenarios】 - Engine parts (e.g., intake manifold, cylinder head cover) - Components used in high-temperature environments - Parts requiring chemical resistance 【Benefits of Implementation】 - Improved engine durability - Weight reduction of components - Potential cost savings

  • Engineering Plastics
  • Molding

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