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RIM-DCPD material- Molybdenum and Tungsten

Name: Rim-Dcpd Material- Molybdenum And Tungsten Supplier & Manufacturers Company
Brand: Shanghai Moulding Material Technology Co., Ltd
Availability: InStock

Based on DCPD, a series of Molybdenum and Tungsten catalysts were used to form polymerizable thermosetting polymer with high impact resistance and lightweight characteristics, it is the best replacement material for most FRP products.

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OEM：

Refuse

Sample：

Available

Payment：

L/C,T/T

Place of Origin：

China

Supply Ability：

3000 ton per Month

Product Details

Product Description

RIM-DCPD material- Molybdenum and Tungsten stands out as a game-changer in the industry, offering a lightweight solution with unparalleled impact strength. The incorporation of Molybdenum and Tungsten catalysts ensures superior performance and durability, making it an ideal choice for various applications. Its high degree of design flexibility allows for easy assembly and painting, enabling seamless integration into different projects.

This advanced material is designed to withstand extreme temperatures, making it suitable for a wide range of applications such as Heavy Trucks, buses, and Agricultural Equipment. Additionally, its significant economic benefits, including lower molding equipment costs compared to other methods, make it a cost-effective solution for manufacturers and businesses looking to enhance their products.

Product Advantages

Lightweight: RIM-DCPD material- Molybdenum and Tungsten is a lightweight material, making it ideal for applications where weight reduction is crucial without compromising on strength and durability.

High Impact Strength: This material offers exceptional impact resistance, providing superior protection against external forces and ensuring long-lasting performance in various demanding environments.

Design Flexibility: With a high degree of design flexibility, RIM-DCPD material- Molybdenum and Tungsten allows for easy assembly and painting, enabling manufacturers to create customized products tailored to their specific requirements.

Cost-Effectiveness: By offering significant economic benefits, including lower molding equipment costs compared to other methods, this material provides a cost-effective solution for businesses looking to enhance their products without breaking the bank.

Product Applications

Application Area	Features
Heavy Truck	Lightweight High impact strength High degree of design flexibility Significant economic benefits (molding equipment costs less than that for other methods) Easy to join and paint (easy to join assembly parts) Heat and cold resistance
Bus	Lightweight High impact strength High degree of design flexibility Significant economic benefits (molding equipment costs less than that for other methods) Easy to join and paint (easy to join assembly parts) Heat and cold resistance
Agricultural Equipment	High impact strength High degree of design flexibility (easily accommodates openings and streamlined shapes) Significant economic benefits (molding equipment costs less than that for other methods) Easy to join and paint (easy to join assembly parts) Lightweight Heat and cold resistance
Construction Equipment	High heat resistance High impact strength High degree of design flexibility (easily accommodates openings and streamlined shapes) Significant economic benefits (molding equipment costs less than that for other methods) Easy to join and paint (easy to join assembly parts) Lightweight
Communication (communication enclosures)	Good filtering performance High impact strength High degree of design flexibility (easily accommodates openings and streamlined shapes) High Significant economic benefits (molding equipment costs less than that for other methods) Easy to join and paint (easy to join assembly parts) Lightweight
Medical (equipment casings)	Flame retardancy High degree of design flexibility (easily accommodates openings and streamlined shapes) High impact strength Reduction in the total number of parts Significant economic benefits (molding equipment costs less than that for other methods)
Military (ammunition boxes)	Lightweight Flame retardancy High degree of design flexibility (easily accommodates openings and streamlined shapes) High impact strength Reduction in the total number of parts Significant economic benefits (molding equipment costs less than that for other methods)