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UTILITY VEHICLE & EQUIPMENT
RAW EDGE V-BELT
Sanlux Utility & Equipment Raw Edge V-Belts are engineered for specialised equipment operating under harsh, variable, and seasonal conditions. Designed to deliver reliable power transmission in compact and high-impact drive systems, these belts provide dependable performance where durability and flexibility are critical.
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RELIABILITY IN
EVERY CONDITION
Utility and specialty equipment often operates in environments characterised by low temperatures, moisture, debris, and frequent shock loading. Sanlux Raw Edge V-Belts for special applications utilise reinforced construction and flexible material options to maintain grip, stability, and service life under these demanding conditions.
The raw edge design enhances bending performance and heat dissipation, making these belts well suited for compact drive layouts, variable-speed systems, and equipment exposed to extreme or intermittent operating cycles.
Multi-layer fabric base reduces cracking and increases wear resistance
Reinforced bottom structure improves durability by up to 50%
Polyester, aramid, and other tensile cord materials available for specific load demands
Flexible raw edge design supports compact pulley configurations
Natural or chloroprene rubber compounds available for performance balance
Engineered for impact, vibration, and seasonal operating conditions
Temperature range: -40 ℃ to 120 ℃
Manufactured under international standards and certifications
APPLICATION AREAS
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|---|---|---|---|
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PRODUCT SPECIFICATION
TYPE | TOP WIDTH (mm) | HEIGHT (mm) | LENGTH RANGE (mm) |
|---|---|---|---|
V10X | 10 | 6 | 590-2500 |
V13X | 12.1 | 6.3 | 590-2500 |
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CONSTRUCTION & MATERIALS
RAW EDGE STRUCTURE
Multi-layer fabric reinforcement improves wear resistance and prevents bottom cracking.
TENSION CORD OPTIONS
Cords comprised of high-modulus polyester and aramid carry tensile stress as the primary load-bearing element in transmission—ensuring stability and elongation resistance during operation.
RUBBER COMPOUND SELECTION
Natural rubber or chloroprene compound selections to match flexibility, durability, and cost requirements.