Wear Resistance LCF50 TPU Polymer
High strength · High rigidity · Lightweight · Impact resistance · Wear resistance · Dimensional stability · Thermoplastic molding
What Is LCF50 TPU?
LCF50 TPU is a high-performance long-fiber composite material with a thermoplastic polyurethane (TPU) matrix and reinforced by 50% of high-content long carbon fibers.
LCF50 TPU: Material Structure
TPU matrix
TPU has excellent wear resistance, impact resistance and toughness as its foundation. It is also a thermoplastic polymer and can be manufactured into complex structures through mature thermoplastic processing methods.
50% long carbon fiber reinforcement
High content of long carbon fibers is the core for LCF50 TPU to achieve high-performance structural applications. Carbon fibers have high specific strength and specific stiffness, and can significantly enhance the material's load-bearing capacity while maintaining a low density.
Long fiber reinforced structure
Unlike short fiber materials, long carbon fibers can retain a longer reinforcing path after molding, and form a more continuous fiber network within the product. When the load acts on the product, it can be transmitted and dispersed through the fiber network, thereby improving the structural load-bearing performance of the material.
TPU matrix + 50% long carbon fibers + long fiber reinforced structure=LCF50 TPU
LCF50 TPU: Core Performance
- High strength
- High stiffness
- Excellent impact resistance
- Good wear resistance
- Excellent dimensional stability
- Lightweighting
- Good structural durability
In Which Industries is LCF50 TPU Applied?
LCF50 TPU is mainly designed for high-performance applications that have comprehensive requirements for lightweighting, strength, stiffness, impact resistance and wear resistance.
Cars and new energy vehicles | robots and automation | industrial equipment | high-performance sports gear | electronics and precision equipment
What Problems can LCF50 TPU Solve?
During the product development process, if the following situations occur, LCF50 TPU can be selected as a key candidate material:
- The ordinary TPU has insufficient rigidity
- The product weight is too high
- Short fiber materials cannot meet the structural requirements
- Structural components need to be both wear-resistant and impact-resistant
- It is desired to achieve structural integration through injection molding
FAQ
Q: What are the differences between LCF50 TPU and ordinary TPU?
A: The LCF50 TPU significantly enhances the strength, stiffness and dimensional stability of the material through the reinforcement of long carbon fibers, while retaining the wear resistance and impact resistance characteristics of the TPU matrix. It is more suitable for structural applications.
Q: Can LCF50 TPU be used as an insulating material?
A: It cannot be directly classified as an insulating material. Since carbon fibers are conductive, products that require electrical insulation must undergo testing and confirmation based on specific grades and the final product.
Q: Which molding methods are suitable for LCF50 TPU?
A: It is mainly targeted at thermoplastic molding applications. Depending on the specific brand and product structure, injection molding and other processes can be adopted. The specific processing conditions need to be adjusted in combination with the equipment and molds.
Company Profile
The LCF50 TPU not only enhances performance at the material level, but also enables further lightweighting by coordinating with the product's structural design.
The value brought about by material substitution is not merely "lightweighting", but may also include:
Reduction in the number of parts → Reduction in assembly processes → Improvement in structural integration → Simplification of manufacturing processes → Decrease in overall weight
Email: sale03@lfrtplastic.com
Hot Tags: wear resistance lcf50 tpu polymer, China, manufacturers, suppliers, factory, buy, customized
