Weifang Jinjinze International Trade Co.Ltd.

Qingzhou City Weifang City Sha, China

Polyester tire cord fabric is a key reinforcing material in the structural layer of rubber products. It is usually made from high-tenacity industrial polyester filaments through processes such as weaving, dipping, and shaping, and has a stable warp and weft structure as well as excellent mechanical properties. Polyester tire cord fabric needs to be combined with the rubber matrix to form a skeleton layer with the functions of load-bearing, impact resistance, and shape retention, such as automobile tires, engineering machinery tires, and conveyor belts. A common method for connecting the cord fabric and the rubber layer is RFL dipping and bonding treatment. Polyester tire cord fabric can be either a single-layer structure (such as a single-width carcass cord fabric) or a multi-layer composite structure (such as a multi-layer carcass of tires or a reinforcing layer of conveyor belts).

A thick fabric made from cotton yarn, polyester yarn or blended fibers through plain or twill weaving processes. It features high strength, wear resistance and tear resistance, and is widely used in rubber products and industrial fields. It can be used alone or as a reinforcing base cloth to be compounded with rubber.

It has a tight structure and strong load-bearing capacity. It is suitable for working environments with frequent friction. It is easy for composite processing and cutting forming. It can meet the needs of various specifications and applications.

Polyester tire cord fabric is a key reinforcing material in the structural layer of rubber products. It is usually made from high-tenacity industrial polyester filaments through processes such as weaving, dipping, and shaping, and has a stable warp and weft structure as well as excellent mechanical properties. Polyester tire cord fabric needs to be combined with the rubber matrix to form a skeleton layer with the functions of load-bearing, impact resistance, and shape retention, such as automobile tires, engineering machinery tires, and conveyor belts. A common method for connecting the cord fabric and the rubber layer is RFL dipping and bonding treatment. Polyester tire cord fabric can be either a single-layer structure (such as a single-width carcass cord fabric) or a multi-layer composite structure (such as a multi-layer carcass of tires or a reinforcing layer of conveyor belts).

Nylon 6 Tire Cord Fabric is a high-performance reinforced fabric made from nylon 6 industrial filaments through processes such as warping, weaving and dipping. It has excellent strength, extensibility and impact resistance, and is widely used in rubber products as a reinforcing framework material.

It features high tensile strength and high elongation at break, which enables it to effectively absorb impact force. It is suitable for bearing dynamic loads and can extend the service life of products. After dipping, it bonds tightly with rubber and is not easy to delaminate. It maintains stable performance under complex working conditions.

Polyester tire cord fabric is a key reinforcing material in the structural layer of rubber products. It is usually made from high-tenacity industrial polyester filaments through processes such as weaving, dipping, and shaping, and has a stable warp and weft structure as well as excellent mechanical properties. Polyester tire cord fabric needs to be combined with the rubber matrix to form a skeleton layer with the functions of load-bearing, impact resistance, and shape retention, such as automobile tires, engineering machinery tires, and conveyor belts. A common method for connecting the cord fabric and the rubber layer is RFL dipping and bonding treatment. Polyester tire cord fabric can be either a single-layer structure (such as a single-width carcass cord fabric) or a multi-layer composite structure (such as a multi-layer carcass of tires or a reinforcing layer of conveyor belts).

Aramid Tire Cord Fabric is a reinforced framework material made from high-performance aramid fibers through weaving and dipping processes. Aramid boasts extremely high strength and modulus, along with light weight, excellent high-temperature resistance and fatigue resistance, making it an important reinforcing material for a new generation of high-end rubber products.

It has a high specific strength, with a strength-to-weight ratio superior to that of steel wire. It can maintain stable physical properties even in high-temperature environments. It is suitable for withstanding long-term dynamic loads. It significantly reduces the weight of products and improves energy efficiency. It bonds firmly with rubber and is not prone to delamination.

It is a reinforced industrial fabric made from high-strength fibers such as polyester and nylon through special weaving and dipping processes. Its main function is to serve as a reinforcing framework material for rubber products (such as tires, conveyor belts, rubber hoses, etc.), which can effectively improve the strength, pressure resistance and service life of the products.

It has excellent tensile performance and tear resistance. It has strong adhesion to rubber and is not easy to delaminate. It can still maintain stable performance under long-term dynamic loads. It has strong heat resistance, moisture resistance and aging resistance.

Mesh cloth is a reinforced fabric made from glass fibers or high-strength chemical fibers, which are interwoven into a structure in warp and weft directions and treated with dipping. It has a stable structure and uniform tensile force, and is often used as the framework layer of composite materials to enhance the overall strength and durability of products.

The mesh arrangement is uniform and has strong deformation resistance. It has excellent tensile and tear resistance. After being compounded with rubber, resin and other materials, it combines firmly and is not easy to delaminate. It can resist acid, alkali, humidity and high-temperature environments.

It is an industrial reinforced fabric made from high-strength polyester or nylon yarn through weaving and dipping processes. It is mainly used for reinforcing and sealing the edges of rubber products, so as to improve the overall structural strength and durability of the products.

It can effectively reinforce the edge structure of rubber products. After being compounded with rubber, it bonds firmly and is not easy to delaminate. It can adapt to long-term dynamic load environments. Its width and thickness can be customized according to the requirements of different products.

High-performance cords made from high-strength polyester filaments through twisting and braiding processes. They feature high strength, wear resistance, corrosion resistance and low elongation, and are widely used in industrial products, rubber products and engineering fields, often serving as reinforcing framework materials or load-bearing components.

They have excellent tensile properties, ensuring stable load-bearing capacity. They can adapt to complex working conditions such as friction and bending. They are suitable for various environments and have a long service life. They can be used in various processes such as weaving, compounding and winding.

Nylon Curing Tape is made from high-strength Nylon 66 fibers and woven on advanced high-speed looms. It features a smooth and clean surface, uniform texture, excellent high-temperature resistance, corrosion resistance, and superior tensile strength.

This tape overcomes common issues such as uneven firmness along the edges and breakage after repeated use. Even after multiple cycles, it maintains optimal contraction force and pressure, ensuring consistent performance throughout its service life.

Nylon Curing Tape is mainly used in the production of high-pressure rubber hoses, fabric hoses, suction hoses, rubber rollers, and rubber fenders. Its service life is 5 to 6 times longer than traditional cotton canvas tapes, providing higher quality, smoother appearance, and reliable durability.