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Performance MaterialsAdvanced Composite Materials

Advanced Composite Materials

LCY's GLOBALENE advanced composite materials find applications across a broad spectrum of markets. With customized, high-value services, and consistent quality, they offer unique advantages across various product lines to meet the diverse needs of different industries. Our trusted products have garnered widespread market recognition. Please refer below for specific details on market applications.


GLOBALENE advanced composite materials consist of two main product lines - PCMA and TPV:


  • PCMA (Polypropylene Composite Materials & Alloys): the product line offers a diverse range of product types including Impact Modified, GF Reinforced, Styrene-Based, Mineral Filled, Flame Retarded, and Specialty Grades.
  • TPV (Thermoplastic Vulcanizate): the product line covers a wide hardness range from 25 Shore A to 50 Shore D specifications. TPV serves as a viable alternative to various thermoset rubber products, offering benefits such as energy savings, cost reduction, and improved end-product quality.

PCMA Features and Benefits

  • Excellent mechanical properties
  • Good electrical insulation property
  • Resistance to various organic solvents and acid-base corrosion

TPV Features and Benefits

  • Excellent chemical resistance
  • Recyclability
  • Excellent resistance to permanent compression deformation
  • Suitable for material modification and general plastic processing processes

Product Categories

PCMA (Polypropylene Composite Materials & Alloys) is a specially formulated PP-based material that is enhanced with different modifiers to improve its physical properties, including rigidity, impact resistance, flame retardancy, and glass fiber reinforcement. It is suitable for injection molding and extrusion processes.
TPV is versatile thermoplastic elastomer that offers a wide range of hardness options, along with excellent compression set resistance, aging resistance, good weatherability, and moldability. TPV is suitable for extrusion or injection molding for automotive sealing strips, gaskets, door and window seals, plumbing pipes, and other finished products requiring a soft touch.

Application Scope

The automotive industry's needs for lightweighting, environmental sustainability, carbon reduction, energy efficiency, and design versatility can all be met with GLOBALENE advanced composite materials.


GLOBALENE advanced composite materials are available in a variety of grades including high rigidity, high impact resistance, flame retardant and glass fiber reinforced. They offer advantages such as recyclability for reprocessing and low specific gravity. With the optimal material selection, advanced composite materials are excellent alternatives to thermoset rubbers and certain engineering plastics, and are used in the production of automotive interior and exterior parts, impact-resistant components, and heat-resistant elements under the hood.

GLOBALENE advanced composite materials offer a versatile solution for various processing needs, whether it's for cutting-edge ergonomic designs, soft touch, or vibrant color requirements. These composites offer properties such as ease of processing, high colorability, and fast processing times. When combined with advanced processing techniques such as profile extrusion, injection molding, and 2K injection molding, they can create structurally complex and multi-component products.


With a dry touch and excellent durability, GLOBALENE advanced composite materials are suitable for a wide range of applications. The series includes include food-grade options that ensure compliance with regulatory standards for production methods and raw material selection. Consumer products made from GLOBALENE advanced composite materials include toothbrush handles, tool grips, sports water bottles, bottle caps and anti-slip components.

In industrial and construction applications, GLOBALENE advanced composite materials provide a sustainable solution with their low specific gravity and reprocessability. With the optimal material selection, our product is designed to meet the needs of both the industrial and construction sectors.

GLOBALENE advanced composite materials meet the flame retardancy standards required for electronic components. LCY has specially developed materials and polypropylene composites that meet UL flame retardant specifications.

GLOBALENE advanced composite materials offer heat resistance, high rigidity, and flame retardant properties, making them ideal for a wide range of applications, including terminals, charging piles, battery casings, and automotive wiring harness protectors.

Frequently Asked Questions

What are LCY’s high‑performance composite materials?

LCY’s high-performance composite materials fall under the GLOBALENE series, primarily consisting of two product lines: PCMA polypropylene composite materials and TPV thermoplastic vulcanizates, covering a wide range of applications from rigid structures to elastic materials.

What are the main characteristics of PCMA composite materials?

PCMA provides high rigidity, high impact resistance, flame retardancy, and glass‑fiber reinforcement. It enhances the inherent properties of polypropylene and is suitable for injection molding and extrusion processes.

How is TPV (Thermoplastic Vulcanizate) different from conventional rubber?

LCY’s TPV can replace thermoset rubber and offers excellent compression set resistance, chemical resistance, aging resistance, and processability, while also being recyclable.

Which processing methods are these materials suitable for?

Both PCMA and TPV are applicable to injection molding and extrusion and are compatible with standard plastics processing workflows.

Which industries can benefit from LCY’s high‑performance composite materials?

They are suitable for automotive components, consumer goods, industrial and construction materials, as well as electronic and electrical parts.

What is the hardness range of TPV?

LCY TPV products offer a wide hardness range, from 25 Shore A to 50 Shore D, to meet diverse design requirements.

Does PCMA have flame‑retardant grades?

Yes. The PCMA series includes flame‑retardant, high‑rigidity, and glass‑fiber‑reinforced functional grades to meet regulatory and design requirements.

Do these composite materials offer environmental or recyclable features?

LCY’s high‑performance composite materials emphasize recyclability, helping reduce carbon footprint and enhance material circularity.

Are high‑performance composite materials suitable for food‑contact applications?

Some composite materials are available in food‑contact compliant grades and can be used for tool handles, sports water bottles, caps, and similar products.

What advantages make TPV suitable for door, window, and sealing products?

Because TPV offers a soft touch, weather resistance, and excellent compression‑set recovery, it is ideal for door and window seals, automotive sealing components, tubing, and related applications.

What is TPR?

TPR (Thermo‑Plastic Rubber or Thermoplastic Rubber) is a general term for thermoplastic rubber. In the China market, it typically refers to SBS‑based (Styrene‑Butadiene‑Styrene) thermoplastic elastomers.

What does SBC stand for?

SBC (Styrenic Block Copolymer) refers to styrenic block copolymers, which include SBS, SEBS, and SIS as thermoplastic elastomer raw materials.

What are the main characteristics of TPR composite materials?

They feature rubber‑like elasticity, a soft touch, rubber‑like rebound performance, good processability for injection or extrusion, and are lightweight and easy to color.

What is the difference between TPR and TPE?

In a broad sense, TPR is also a type of TPE (thermoplastic elastomer). In a narrower sense, TPE typically refers to SEBS‑based compounds, while TPR refers to SBS‑based compounds.

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