V-Belts AX
AX V-belts are cut variants of the standard A profile with a width of 13 mm. Thanks to the notches on the inside of the belt, they offer greater flexibility, lower bending resistance, and better heat dissipation, ensuring reliable operation at higher speeds and with smaller pulleys. The AX profile is compatible with A-profile pulleys and is suitable for industrial drives, fans, pumps, and compressors where dynamic loads or smaller pulley diameters are present. The belt design with tensile fibers in the rubber compound ensures stable power transmission and long service life.
AX belts are manufactured in accordance with DIN 7753 and ISO 4184 standards, which guarantees compatibility with industrial pulleys and the possibility of use in a wide range of machinery where a combination of flexibility, durability, and efficient power transmission is required.
13 mm profile variants
- V-belts A – standard coated design
- AX V-belts – cogged design for flexible industrial drives
- AVX13 V-belts – automotive variants for auxiliary engine drives
- AVP13 V-belts – industrial and automotive belts with increased resistance
Technical characteristics of the AX profile
- width approx. 13 mm, height approx. 8 mm
- cogged design for greater flexibility
- designed for A / AX profile pulleys
- better cooling and lower bending resistance than coated A belts
- manufactured in accordance with DIN 7753 and ISO 4184 standards
- suitable for dynamic industrial drives and smaller pulleys
Related categories of V-belts
- V-belts – overview of all profiles and widths
- 13 mm V-belts – profiles A, AX, AVX13, AVP13
- 12.7 mm V-Belts – profiles SPA, XPA
- Belts – all types of belts in our offer
Construction of cut V-belts
AX V-belts are made of a rubber compound reinforced with tensile fibers. The cogged inner side of the belt increases its flexibility, allows for effective heat dissipation, and reduces bending resistance. This design makes them suitable for dynamic industrial drives and smaller pulley diameters where a solid A profile might be too rigid.
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