Conveyor belts - Import export

PVC conveyor belt 2-ply black, structure Längsrille

PVC conveyor belt 2-ply light blue, structure Längsrille

Overview to the technical datas of KEIPER conveyor belt product range STABILOFLEX

PU conveyor belt 2-ply light blue, fabric

PU conveyor belt 2-ply white, structure

Overview to the technical datas of KEIPER conveyor belt product range RAPID

Silicone conveyor belt 1-ply light blue

Polyester felt belt antistatic

Polyester felt belt antistatic

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. FLEXA With a polyamide or polyester reinforcement With a one-sided or two-sided coating of nitrile-butadiene rubber, highly resistant to abrasion and wear Different surface structures CROMA With a polyamide reinforcement With a one-sided or two-sided coating of chrome-split leather, highly resistant to abrasion and wear Butt leather belts Made of pure prestretched butt leather Rubber-and-fabric belts

Round hook belts are the ideal solution for power transmission or conveying systems where several belts run on one shaft. Since they are easy to install, downtimes and maintenance costs can be reduced significantly. The hook belts only have to be inserted. Then the belt is joined to the hook and the second side of the hook is closed with pliers. Thus, there is no time-consuming and cost-intensive assembly work.

Endless extruded round belts Our endless extruded round belts are ideal for low power requirements. They are elastic power transmission elements that do not need cost-intensive tensioning devices. In view of the special production process, they do not have any welding seams or terminal connections and run very smoothly. Moreover, they allow a minimum pulley diameter starting from 5.5 x belt diameter. Our types E80, V75, C70 and P82 are made of specially selected and dynamically tough materials. In addition, type E80 also is antistatic to a limited extent and has a resistance value of about 106 Ohm; thus, it is excellent for use in electronic devices and chip production. Available diameters: 1.8mm - 7mm Available lengths: 40mm – 1,610mm Temperature resistance: -20°C - +160°C Coefficient of friction: 0.35µ - 0.9µ* Maximum tension: >100N

Round belt catalog

V-belts / Power belts / Ribbed belts Catalog

Keiper open-ended PU timing belts are made of abrasion-resistant polyurethane and high-strength steel cords or aramid cords and are available in open lengths. These timing belts are very suitable for synchronous conveying and positioning applications because they have very high flexibility and can be made with many different tooth shapes and materials; when combined with different tension cords, innumerable applications are possible. Keiper open-ended PU timing belts can be produced endless welded and by the meter in almost all lengths and widths. Based on this combination of high-quality materials and production methods, these belts exhibit outstanding mechanical, chemical and physical properties. Endless welded timing belts are available in any length. Welded PU timing belts primarily are used in conveying technology.

PU timing belt T-Pitch T2,5 / T5 / T10

PU timing belt imperial Pitch MXL / XL / L / H

Neoprene endless molded timing belts (form belts)  STD S8M / S14M / DS8M

PU timing belts with silicone coating

Keiper belt coatings The coatings for timing belts, V-belts, flat belts and transport belts always are selected so that they are optimally suited for the product to be transported and/or the intended transport purpose. Many innovative and structural tasks, which may call for pacing, separating and positioning in the material flow, can be realized by adding profiles and entraining elements.

Synchronising pulley T-Profil metric pitch T2,5

Synchronising pulley T-Profil metric pitch T5

Synchronising pulley T-Profil metric pitch T10

Synchronising pulley T-Profil metric pitch T20

Synchronising pulley AT-Profil metric pitch AT3

Synchronising pulley AT-Profil metric pitch AT5

Synchronising pulley AT-Profil metric pitch AT10

Synchronising pulley AT-Profil metric pitch AT20

Synchronising pulley HTD-Profil metric pitch HTD3 for cylindrical bore