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T Type Industry Rubber Synchronous Belt Manufacturers

T Type Industry Rubber Synchronous Belt
T Type Timing Belts

T Type Industry Rubber Synchronous Belt

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  • T Type Industry Rubber Synchronous Belt
  • T Type Industry Rubber Synchronous Belt
  • T Type Industry Rubber Synchronous Belt
  • T Type Industry Rubber Synchronous Belt
  • T Type Industry Rubber Synchronous Belt
  • T Type Industry Rubber Synchronous Belt
  • T Type Industry Rubber Synchronous Belt
  • T Type Industry Rubber Synchronous Belt
  • T Type Industry Rubber Synchronous Belt

Description

T Type Industry Rubber Synchronous Belt have excellent versatility and availability. The rubber synchronous belt is made of three materials : chloroprene rubber, fiber-glass cord and elastic nylon cloth, the rubber synchronous driving belt is a special kind of rubber driving belt to transmit the mechanical driving force.


Type

Pitch(pb)

Tooth height(ht)

Belt thickness(hs)

Angle β°

Detail

MXL

2.032

0.51

1.14

40

Detail

XL

5.080

1.27

2.30

50

Detail

XXL

3.175

0.76

1.52

50

Detail

L

9.525

1.91

3.60

40

Detail

H

12.7

2.29

4.30

40

Detail

XH

22.225

6.35

11.20

40

Detail

XXH

31.750

9.53

15.70

40

Detail

T2.5

2.5

0.7

1.30

40

Detail

T5

5

1.20

2.20

40

Detail

T10

10

2.50

4.50

40

Detail

T20

20

5.00

8.00

40

Detail

AT5

5

1.20

2.70

50

Detail

AT10

10

2.5.

5.00

50

Detail

AT20

20

5.00

8.00

50

Detail

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Ningbo GUL TZ Rubber Belt Co., Ltd.

About Us

As Wholesale T Type Industry Rubber Synchronous Belt Manufacturers and OEM Factory, the company was established in 1992, specializing in the production of rubber timing belts, V-ribbed belts, open belts and timing pulleys. The company now has the factory covering an area of 32,000 square meters and nearly 300 employees, with an annual output of 120 million pieces and an output value of 200 million yuan. The company is a national high-tech enterprise, the drafting unit of national standards and industry standards, and the Rubber T Type Industry Rubber Synchronous Belt has passed ISO9001, ISO14001 and ISO45001 system certification.

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ISO9001, ISO14001 and ISO45001 Certification

Our Certificate

  • honor
    Intellectual Property Certificate
  • honor
    Certificate of integration of industrialization and industrialization
  • honor
    National Product and Service Quality Integrity Demonstration Enterprise
  • honor
    National quality inspection stable qualified products
  • honor
    National rubber transmission belt industry quality brand
  • honor
    Zhejiang Province Credit Management Demonstration Enterprise

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Industry knowledge

What factors are related to the power transmission efficiency of t type industry rubber synchronous belt

In modern industrial production, the efficiency of the power transmission system plays a vital role in the performance of the entire production line. As a core transmission element, the power transmission efficiency of the T-type industrial rubber synchronous belt is affected by many factors. With nearly three decades of industry experience, Ningbo GUL TZ Rubber Belt Co., Ltd. focuses on the research and development and production of high-quality rubber belts, and is committed to providing customers with excellent power transmission solutions.
The importance of material selection
The material composition of the T-type synchronous belt is a key factor affecting its power transmission efficiency. High-performance materials can not only significantly improve the overall performance of the synchronous belt, but also maintain stable performance under various working conditions. In terms of rubber composition, T-type synchronous belts usually use high-quality materials such as chloroprene rubber and polyurethane. These materials have excellent elasticity, wear resistance and anti-aging ability, and can maintain good performance in high-load and high-speed operation environments, thereby effectively improving power transmission efficiency.
In the selection of reinforcing materials, high-strength materials such as glass fiber and nylon are often added to the T-type synchronous belt. These reinforcing components significantly improve the strength and stability of the belt, reduce deformation and sliding during the transmission process, and further improve the transmission efficiency.
Precision of tooth design
The tooth design of the T-type synchronous belt has a direct impact on the degree of fit between it and the gear, which is closely related to the power transmission efficiency. High-precision tooth design ensures a close fit between the synchronous belt and the gear, which can effectively reduce sliding and energy loss. The design of the tooth profile must be rigorously calculated and tested to ensure that a stable transmission ratio can be maintained under various working conditions.
In addition, the design of the number of teeth and tooth pitch also has an important impact on the transmission efficiency. Reasonable number of teeth and tooth pitch can optimize the working state of the transmission system, reduce friction and noise during operation, and further improve the power transmission efficiency.
Scientific adjustment of installation and tension
The installation quality and tension adjustment of the T-type synchronous belt are crucial to its power transmission efficiency. During the installation process, it is crucial to ensure that the synchronous belt and the gear are aligned. Improper installation may cause eccentric wear of the belt, premature wear, and even equipment failure, which will directly affect the power transmission efficiency.
Reasonable adjustment of tension should also not be ignored. The tension of the synchronous belt needs to be scientifically adjusted according to the specific application. Too loose tension will cause the belt to slip, while too tight tension will increase friction and wear, thus affecting the transmission efficiency. Therefore, ensuring reasonable tension adjustment is the key to maintaining power transmission efficiency.
Influence of working environment
The working environment of T-type synchronous belt also has a significant impact on its power transmission efficiency. Temperature and humidity are important factors affecting the performance of rubber materials. Too high or too low temperature will reduce the elasticity of the material, thus affecting the transmission efficiency. At the same time, too high humidity may increase the slippage of the belt, thereby increasing energy loss.
In addition, pollutants such as dust and oil in the working environment will also cause wear on the surface of the synchronous belt, directly affecting its transmission efficiency. Therefore, in the design and use process, it is necessary to fully consider the cleanliness of the environment and minimize the impact of pollutants on the synchronous belt to ensure that it operates in the best condition.