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PU Synchronous Belt
  • PU Synchronous Belt
  • PU Synchronous Belt
  • PU Synchronous Belt
  • PU Synchronous Belt

PU Synchronous Belt

Belt type: 
TT5T5T10T20AT5AT10AT20XLLHXH HTD3M HTD5M HTD8M HTD14M STD5M STD8M STD14M RPP5M RPP8M RPP14M
Belt type of double-sided teeth：
DL DH DT5 DT10 D5M D8M D14M
Scope of application:
It is suitable for linear transmission, precise positioning, and transportation. Application scope: office equipment, food processing, textile machinery, printing machinery, conveying equipment, glass processing, carpentry, paper making, etc.
Characteristics:
1. Wire or Kevlar cord.
2. Stable length, low noise, and lightweight.
3. Good oil resistance, corrosion resistance, and wear resistance.
4. Good thermoplastic properties can provide customers with various sizes of openings and connecting belts.
Inquiry
  • Description

Products Recommended

  • PU Synchronous Belt
    Rubber Wide - Angle Belt
    The wide-angle belt is a new type of industrial transmission belt developed on the basis of the general industrial V-belt technology.
    They are all driven by the friction diagram on both sides of the belt. The wedge angle of the general V-belt is 40° and the wedge angle
    of the wide-angle transmission belt is 60°.
    According to the principle of transmission dynamics, as the wedge angle of the wide-angle belt increases, the area supported by the
    two transmission sides naturally increases, thus giving rise to the following advantages over the general V-belt:
    1. The load of the wide-angle belt is evenly distributed and the wear resistance is improved.
    2. The contact area between the belt and the pulley increases and the transmission force is increased.
    3. It improves the concave deformation of the drive belt core and strengthens the drive characteristics.
    4. After the wide-angle belt is installed and used, the problem of belt tension drop is improved.
    It is the above-mentioned advantages of the wide-angle belt that are widely used and affirmed by the precision machinery industry.
    View More
  • PU Synchronous Belt
    Rubber Conveyor Belt
    The conveyor belt is composed of surface adhesive, core, and layer glue. In addition, a layer of buffer cloth can be added to the use of high drop impact to make it more impact-resistant.

    The surface adhesive
    With natural rubber and synthetic rubber as raw materials and in order to enhance wear resistance, crack resistance, aging resistance, and other properties, the surface adhesive has various characteristics such as wear resistance, cutting resistance, heat resistance, flame resistance, cold resistance, acid and alkali resistance, oil resistance, static electricity resistance and so on.
    Cloth layer core
    The cloth layer is composed of natural fiber or chemical fiber alone or a combination of the two, has the same quality after single-step treatment by a mature process, And has good adhesion with rubber.
    The adhesive layer
    The adhesive layer is very important for the adhesive force between the layers of the core of the conveyor belt that is repeatedly flexed. Especially for high-tension conveyor belts, a layer of adhesive with less buckling stress and less fatigue due to internal stress must be used.
    Specifications and models can be customized according to customer requirements, with a thickness ranging from 2.0 mm to 8.0 mm.
    View More
  • PU Synchronous Belt
    Endless Rubber Flat Belt

    Belt type:
    FH FL FM
    Scope of application:

    High-speed, smooth, and low-extension transmission and conveying systems, such as textile machinery, woodworking machinery, grinding machinery, ticket vending machines, vegetable cutting machines, etc.
    Characteristics:
    High speed and stability, high tensile strength, and low elongation.
    View More
  • PU Synchronous Belt
    Silicone Belt

    Belt type:
    Integrated Vulcanized Silicone Flat Belt and Silicone Synchronized Belt
    Scope of application:

    Sanitary products industry, glass machinery, sealing machine, etc.
    Characteristics:
    Anti-sticking, high friction coefficient, and high-temperature resistance.
    View More
  • PU Synchronous Belt
    Endless Rubber Sanding Machine Belt
    The seamless rubber band produced by woodworking machinery can be used for sanding, correcting, and trimming core materials, planing wood boards, laminated boards, plastic laminated boards, and other machines, and can help the surface to be perfectly machined and selected.
    Its special technology lies in the manufacturing method and produces the required size jointless belt. We not only strictly control the quality, but also insist on using imported materials in order to make our sander belt have better performance.

    All parts of thickness and strength are absolutely uniform.
    It has a good linear operation.
    High flexibility can be used for small wheel diameters.
    It can maintain flatness and non-deformability under working pressure.
    The friction coefficient between the bottom of the belt and the plate surface is very low.
    Because the surface layer of the belt is covered with rubber, the adhesiveness is improved and the stability of the conveyor belt is improved.
    View More
  • PU Synchronous Belt
    Synchronous Pulley

    Scope of application:

    Apply to each field of the synchronous-driven device system.
    Characteristics:
    Ensure coordination with the belt, to enhance the accuracy and lifetime of the driven. According to customer requirements, customization optimum driven solution can divided into 45# steel, aluminium alloy, stainless steel, cast iron, nylon, etc, according to the material.
    View More

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ABOUT
Jiangxi Kangqi Industrial Co., Ltd.
Jiangxi Kangqi Industrial Co., Ltd. is a high-tech manufacturer specializing in Rubber synchronous belts and special belts production, research, and development. We have our famous brand SABLES, KML which is well-known by customers all over the world. And we are also the agency of Japan Bando Belts.
As a professional PU Synchronous Belt Supplier and PU Synchronous Belt Company, Our main products include rubber synchronous belts, double-sided belts, coated feeding belts, flat belts, ribbed belts, tooth-ribbed belts, polyurethane timing belts, conveyor belts and synchronous belt wheels, fish-separation belts, endless belts for high-speed packing and printing machines, nut-shell belt, vegetable-cutting belt and all kinds of special processing belt.
Our factory has the advanced equipment to develop and produce with National and International standards. We also have the advanced long-pitch rubber timing belt mold within 8600mm. Our products are widely used in the printing, packing industry, textile, paper, food industry， cable industries, home appliances, footwear, ceramics, logistics new energy industry, etc. We are a stable supplier for the MiSUMi industry platform.
Our company can produce the Japan Bando light conveyor belts in our factory since we are the machining center of Bando in Shanghai with spot goods and coil material. We have abundant stocks at our branch offices in Shanghai, Foshan, Ningbo, Jinan, Qingdao, Quanzhou, Wuxi, Shenzhen, Wenzhou, and Dongguan to ensure our products provide satisfactory service to customers promptly.
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PU Synchronous Belt Industry knowledge

A PU synchronous belt, short for Polyurethane synchronous belt, is a type of timing belt used in various mechanical applications, particularly in machinery and automotive systems. 
Can PU synchronous belts operate in oily environments without affecting their performance?
PU synchronous belts usually have a certain degree of oil resistance, but their performance may be affected by the oil environment. Although polyurethane materials have a certain degree of oil resistance, excessive oil contact may cause softening, expansion, or degradation of the material, thereby affecting the performance and lifespan of the synchronous belt.
When using PU synchronous belts in oily environments, it is recommended to take the following measures to maximize their performance:
Choose the appropriate material: Choose a synchronous belt made of polyurethane material with good oil resistance.
Prevent excessive contact: Minimize the chance of direct contact between the synchronous belt and grease, which can be achieved through reasonable design and use of protective covers.
Regular cleaning and inspection: Regularly clean the synchronous belt and its surrounding environment to prevent oil accumulation, and regularly check the condition and tension of the synchronous belt.
Use additional protective measures: When necessary, consider using additional lubrication and protective measures, such as applying special oil resistant coatings or installing grease protective covers.
Although PU synchronous belts have certain oil resistance, caution should still be taken when using them in oily environments, and appropriate preventive and protective measures should be taken to ensure that their long-term performance and lifespan are not affected.

Will load requirements affect the width of PU synchronous belts?
Yes, the load requirements will have an impact on the width of the PU synchronous belt. The width of the synchronous belt is one of the important factors in its load-bearing capacity, and it must be wide enough to withstand the required load. The following is the impact of load requirements on the width of PU synchronous belts:
Increase width to increase load-bearing capacity: If an application requires greater load-bearing capacity, it is usually necessary to increase the width of the synchronous belt. A wider synchronous belt can share more load, ensuring the stability and reliability of the system.
Avoid over sizing to reduce costs: However, excessively increasing the width of the synchronous belt may increase costs and reduce efficiency. Therefore, when determining the width, it is necessary to balance the relationship between load demand, cost, and system efficiency.
Consider dynamic loads: In addition to static loads, it is also necessary to consider dynamic loads, which are additional loads applied to the synchronous belt when starting, stopping, or changing speed. Dynamic loads may require a wider synchronous belt to ensure system stability.
Using engineering calculations to determine the optimal width: The optimal synchronous belt width depends on the specific application requirements and can be determined through engineering calculations and experience. These calculations usually consider the strength of the material, torque transmission requirements, working environment conditions, and other related factors.