How to improve the elasticity of rubber flat belt

In modern industrial applications, rubber flat belts are key transmission components, and their elasticity and durability directly affect the performance and service life of the equipment.

Optimize material selection and formulation
The first step to improve the elasticity of rubber flat belts is to accurately select high-quality rubber materials. Ningbo GUL TZ always insists on using high-quality rubber raw materials that have been strictly screened and tested. These raw materials not only have excellent elasticity, but also show excellent wear resistance, corrosion resistance and aging resistance. Through the careful selection of materials, it is ensured that the rubber flat belt can maintain excellent performance in various complex environments.
In terms of formula optimization, Ningbo GUL TZ's R&D team continuously adjusts the proportion of each component in the formula through in-depth analysis of the microstructure and performance characteristics of rubber materials to achieve the best elastic effect. For example, increasing the proportion of high elastomers significantly improves the elastic modulus and rebound rate of rubber flat belts; at the same time, the moderate addition of plasticizers improves the flexibility and processing performance of rubber, further improving the overall elasticity of the product.

Improve production processes and equipment
The improvement of production processes also plays a vital role in improving the elasticity of rubber flat belts. Ningbo GUL TZ applies advanced mixing, calendering and vulcanization processes in the production process to ensure that the rubber material can be evenly mixed and plasticized during processing. The optimization of this series of processes not only improves the overall performance of the rubber flat belt, but also significantly enhances its elasticity.
To further improve production accuracy and consistency, Ningbo GUL TZ has introduced modern production equipment such as high-precision extruders, calenders and vulcanizers. The application of these advanced equipment not only improves production efficiency, but also ensures the stability and reliability of each rubber flat belt in terms of elasticity.

Using reinforced fibers or steel wires
To further enhance the strength and elasticity of the rubber flat belt, Ningbo GUL TZ embeds reinforcing fibers or steel wires in the rubber layer. These reinforcing materials can effectively disperse and withstand stress and vibration during transmission, thereby significantly improving the overall elasticity and durability of the rubber flat belt.
When selecting reinforcing materials, Ningbo GUL TZ fully considers their compatibility and bonding with rubber materials. By optimizing the type, shape and distribution of reinforcing materials, the company successfully improved the elastic modulus and tensile strength of the rubber flat belt, enabling it to withstand greater transmission loads and more complex working environments.