V-Belts AVP13
AVP13 V-belts are industrial and automotive cogged V-belts with a width of 13 mm, designed for drives with higher demands on performance, flexibility, and durability. Thanks to the notches on the inside of the belt, they provide better flex, efficient heat dissipation, and reliable power transmission under dynamic loads. The AVP13 profile is optimized for applications where a combination of industrial durability and automotive flexibility is required. It is used in auxiliary drives for engines, compressors, fans, pumps, and other machine units where standard A or AX profiles may not provide sufficient performance or durability.
AVP13 belts are manufactured from a high-quality rubber compound reinforced with tensile fibers and comply with ISO 4184 standards. The belt design ensures long service life, stable power transmission, and minimizes wear on the pulleys and the belt itself.
13 mm profile variants
- V-belts A – standard coated industrial profiles
- AX V-belts – cut profiles for flexible industrial drives
- AVX13 V-belts – automotive cut profiles for auxiliary engine drives
- AVP13 V-belts – industrial and automotive belts with increased resistance
Technical properties of the AVP13 profile
- width 13 mm, height approx. 8 mm
- cut design for flexible industrial and automotive drives
- suitable for dynamic loads and smaller pulley diameters
- better cooling and lower bending resistance than coated A profiles
- manufactured in accordance with ISO 4184
- combination of industrial durability and automotive flexibility
Related categories of V-belts
- V-belts – overview of all profiles and widths
- 13 mm V-belts – profiles A, AX, AVX13, AVP13
- V-belts 12.7 mm – profiles SPA, XPA
- Belts – all types of belts in our offer
Construction of cut V-belts
AVP13 belts are made of a rubber compound reinforced with tensile fibers. The cogged profile ensures greater flexibility, efficient heat dissipation, and reliable power transmission even under dynamic loads. Thanks to this construction, they are suitable for industrial and automotive applications with higher demands on durability and service life.
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