Flat Belt  Manufacturers, Traders, Suppliers

PIX is a globally recognized manufacturer of high-quality V-Belts for industrial, agricultural, automotive, and garden equipment applications. Produced in state-of-the-art facilities under strict quality control, our V-Belts are engineered for durability, reliability, and efficient power transmission.

Our product lines include:

• Wrapped V-Belts for enhanced protection and long service life
• Raw-edge, cogged V-Belts for flexibility and reduced slippage
• Narrow V-Belts (European and American standards)
• Light-duty V-Belts for compact applications
• Specialty solutions tailored for demanding industries

Available profiles:

• Classic V-belts: 8, Z, A, B, 20, C, 25, D, E
• Narrow V-belts (according to European standard): SPZ, SPA, SPB, SPC and profile 19
• Narrow V-belt (according to American standard): 3V, 5V, 8V
• Light-duty V-belts: 3L, 4L, 5L
• V-belts with open flanks and shaped teeth: ZX, AX, BX, CX, DX and XPZ, XPA, XPB, XPC
• Open-sided narrow V-belts (American design): 3VX, 5VX, 8VX
• Open-sided light-duty V-belts: 3LX, 4LX, 5LX

Technical properties (complete range of V-belts):

Antistatic, ATEX-certified, Particularly flexible, Particularly high tensile strength, Low-elongation, Fire-resistant, Functional coating, Low noise, Cost-optimized, Uniform power transmission, High adhesion, Heat-resistant, High-speed capability, High-performance capability, ISO 1813, ISO 9563, Performance-optimized, Multilayer-based, Oil-resistant, Ozone-resistant, Space-saving, Transverse stiffness, REACH- & RoHS-compliant, Crack-resistant, Set-compatible, Serpentine-compatible, High-strength connection, Dust-protected, Shock-resistant, Temperature range (depending on version), Torsion-resistant, Suitable for deflection pulleys, Suitable for variators, Abrasion-resistant, Maintenance-free.

Industry, agriculture, lawn & garden, automotive industry, ceramics, cement, oil and gas industry, power plants, wood industry, cold storage, leisure and sports, packaging machinery, grain mills, construction, food processing, machine tools, pulp and paper industry, steel industry, household appliances, ore mining, medical technology, textile industry

Areas of application:

Industry, agriculture, garden technology, automotive industry, ceramics industry, cement industry, oil and gas industry, energy and power plants, wood industry, refrigeration and storage technology, leisure and sports equipment, packaging machines, grain mills, construction industry, food processing, machine tools, paper and pulp industry, steel industry, household appliances, mining, medical technology, textile industry.

Our core competence is the complete manufacture of complex drive engineering elements and components.
With modern CNC machines, we manufacture precise components for industrial use according to the quality requirements of our customers.
State-of-the-art CNC sawing machines guarantee only a minimum of waste and, due to their small measurements, the optimisation of subsequent cutting times.
As a supplier, we have acquired extensive knowledge in dealing with renowned companies of machine and plant construction and in the conveyor system sector.
Years of production experience and technical expertise mean we are a partner who can quickly and reliably cater for the demands of our customers.
In order to meet the rising quality requirements of our customers, it is our objective to improve our quality standards and to render them documentable and measurable using state-of-the-art test methods. In so doing, we rely on a measuring machine produced by Zeiss.
To us, the high quality of products and processes is a precondition for the smooth processing of orders. This claim results in a high level of reliability, combined with the flexibility of a modern medium-sized business.

KEIPER has an extensive range of flat belts, including high-performance flat belts, power transmission belts, folder-gluer belts, machine belts, tangential belts and conveying belts. For the perfect power transmission, conveying or control solution in any industrial sector.
Keiper flat belts are designed to meet your specific requirements and applications, and, accordingly, they are made to size.
Our flat belts are made of different traction layers and composite structures with different coatings such as nitrile-butadiene rubber, leather and surface structures.

http://www.keiperriemen.de/sites/default/files/KEIPER%20High-Performance%20Flat%20belts_0.pdf

Power transmission belts
Folder-gluer belts
Machine belts
Spindle belts
Tangential belts
Conveying belts

Polyamide flat belt:
Flat belts are power transmission belts that are flat and made of rubber, synthetic composites, or leather. They are used to transfer rotational power in industrial equipment and conveyor systems. Flat belts have a low profile with a positive grip, which makes them suitable for high-speed drive applications.
The design of flat belts consists of a flat cross-sectional shape with a trapezoidal profile that reduces slippage and improves power transmission efficiency. Flat belts are made of a combination of rubber and reinforcing fibers in sizes and strengths to meet the requirements of different applications.
Flat belts are typically made from a combination of rubber and reinforcing fibers. Rubber provides elasticity and resilience for effective power transmission, while the reinforcing fibers provide the strength and stability needed to maintain the belt's shape and prevent stretching.
Rubber Belts：
The rubber used in flat belts can be natural or synthetic. Natural rubber is derived from the sap of the Hevea brasiliensis tree and has excellent elasticity and resilience, but it is susceptible to degradation by heat, oil, or ozone. Synthetic rubbers are made from petroleum products and have improved heat, oil, and ozone resistance. Common types of synthetic rubbers are polychloroprene (neoprene), polyisoprene (IR), and styrene-butadiene rubber (SBR).
The reinforcing fibers added to rubber improve flat belts' tensile strength and stability. The most common reinforcing fibers used are polyester, Kevlar, and fiberglass. Polyester fibers are strong, durable, and resistant to elongation, moisture, and chemicals, which makes them a popular choice for flat belts. Kevlar fibers have exceptional strength and toughness and are often used in high-stress applications. However, they are more expensive than polyester fibers and have limited resistance to heat. Finally, fiberglass fibers are inexpensive and have resistance to moisture and chemicals. However, they have limited strength compared to polyester and Kevlar fibers.
In addition to rubber and reinforcing fibers, flat belts can contain other materials, such as fillers, antioxidants, and antiozonants, to improve their performance and extend their lifespan. Fillers are added to increase the hardness of the belts, while antioxidants and antiozonants protect the rubber from degradation by heat, ozone, and other environmental factors.