Flat Transmission Belting – Durable and Efficient Power Transmission Solution
Flat transmission belting, also known as transmission belt, is a versatile rubber belt commonly used across various industrial and agricultural sectors. Constructed with high-quality cotton canvas as its skeleton layers, it provides efficient power transmission for a wide range of applications.
Applications:
- Widely used in factories, mines, docks, and metallurgical industries for mechanical power transmission.
- Ideal for heavy-duty tasks such as processing grains (rice, wheat), operating irrigation equipment, wood cutting, and other power transmission needs in both industrial and agricultural settings.
Key Characteristics:
- Uniform Thickness & Width: Ensures even performance and reliable power transmission.
- High Strength: Offers superior longitudinal and transverse strength for tough applications.
- Strong Adhesion: Provides enhanced levels of adhesion between layers for durability and longevity.
- Controlled Elongation: Designed to minimize stretching, maintaining efficient power transmission.
- Lightweight Construction: Consumes less power while delivering efficient performance.
- Flex Fatigue Resistance: Improved resistance to flex fatigue, ensuring long-lasting performance in dynamic environments.
Constructional Features:
- Width Range: From 25mm to 1500mm to suit various power transmission needs.
- Roll Length: Available in 100-meter rolls for convenient usage.
- Fabrics: Made from hard or soft cotton duck fabrics, offering flexibility and strength.
- Plies: Available from 2 to 10 plies depending on application requirements.
- Edge Types: Cut edges or round/folded edges to fit specific operational needs.
- Colors: Available in Beige, Grey, Camel, Yellow, Black, or customizable colors as per customer requirements.
ISAAC A Ltd’s flat transmission belts are designed to deliver durability, flexibility, and reliability for both industrial and agricultural power transmission applications, ensuring smooth and efficient operation in various demanding environments.