Low Density Multi Rib V Belts EPDM Material Good Chemical Resistance

Product Name:6PK Series: 6PK1399 6PK2195 6PK1000 Multi Wedge Belt , Ribbed Belt

Material: EPDM

EPDM Advantage:

(1) EPDM: Density (1,200-1,350) KG/M3. Excellent aging resistance, good chemical resistance, good impact elasticity. In 100 PPHM medium containing ozone, 2430 hours without cracking;

(2) Low Density and High Packing: EPDM is a kind of rubber with low density, and its density is 0. 8 July. In addition, it can be filled with a large amount of oil and filler, thus reducing the cost of rubber products, making up for the high price of epdm raw rubber, and for epdm with high Mooney value, the reduction of physical and mechanical properties after high filling is not large;

(3) Oil resistance, acid and alkaline resistance, high and low temperature -40-200 degrees Celsius, more resistant and durable, longer service life；

Notes for installation of multi-wedge belt:
With the development of industry, the multi-wedge belt is used in a more demanding environment, and the mistakes in the process of use greatly reduce the user experience. Here is how to avoid the mistakes:

(1) Use a pipe bar to pry the mounting

Consequence: the skeleton wire is damaged and the strength of the belt is greatly reduced

Correct operation: first relax the tensioning wheel, then put in the belt, and then tighten the belt to fit the tension.

(2) Improper belt tension

Consequences: the belt tension is too low, easy to slip, belt wear, transmission failure; The belt tension is too high, the string and rubber are easy to be separated

Proper operation: fixed tensioning: fixed tensioning wheel 125N -- 150N/ wedge, automatic tensioning wheel 65-85n/wedge.

(3) Fault trough installation

Consequences: when installing the belt, it is easy to be wrongly installed on the rim of the belt wheel, causing wear and tear on the side of the belt and the top

Correct operation: after the belt is installed, feel the belt around the belt to prevent the belt from being misplaced

(4) The pulley is not coplanar

Consequences: the pulley is not coplanar shaft and the pulley plane is not coplanar, two kinds of non-coplanar situation will accelerate the belt wear, or even cause the belt skeleton line out

Correct operation: gear train is not aligned best < 0.5 °