Aramid Belt with Cord and Straight-Warp Textile Layer
Introducing our advanced Aramid belt (Aramid Breaker Conveyor Belt), engineered for superior performance in demanding applications. This cutting-edge belt combines the strength and durability of aramid cord with the innovative design of a straight-warp textile layer, ensuring exceptional resistance to impact, wear, and cut. Ideal for use in mining, electricity, and ports industries, our belt sets a new standard for conveyor solutions.
The Aramid Belt with Cord and Straight-Warp Textile Layer represents the pinnacle of conveyor belt technology. Its combination of aramid cord and straight-warp textile layer provides unmatched performance in terms of cut and impact resistance, tensile strength, and operational efficiency. Upgrade your conveyor systems with our state-of-the-art belt and experience the difference in performance and reliability.
For more information or to place an order, please contact us. Our team of experts is ready to assist you in finding the perfect conveyor belt solution for your needs.
Key Features and Benefits
1. Superior Cut Resistance: Our Aramid belt with cord and straight-warp textile layer with Cord and Straight-Warp Textile Layer is specifically designed to handle the toughest materials. The incorporation of aramid fibers offers outstanding cut resistance, significantly enhancing the belt’s durability and lifespan.
2. Exceptional Impact Resistance: The unique straight-warp (CFW) textile structure of our conveyor belt absorbs impact forces more effectively than traditional EP or Nylon fabrics. This feature makes it ideal for applications with large drop heights, heavy loads, and high-speed operations.
3. Enhanced Flexibility: The belt’s design allows for the use of 1-2 plies of SW canvass to replace multiple plies of EP or Nylon canvass. This not only reduces the belt’s full thickness by 7-17% but also improves its flexibility, enabling it to run smoothly over smaller pulleys and reach lengths of 400-500 meters, thus reducing production downtime and costs.
4. High Tensile Strength: Thanks to the special weaving method of the SW fabric layer, our conveyor belt exhibits superior tensile strength. This results in lower working elongation, ensuring a more stable and efficient operation over extended periods.
5. Improved Sinuosity: The advanced design of our Aramid Belt improves its sinuosity, allowing it to perform efficiently in applications with complex conveyor routes and multiple curves. This adaptability ensures consistent performance and minimizes the risk of belt damage.
Application:
Aramid belt with cord and straight-warp textile layer with Single-ply Belting possesses a unique straight-warp carcass , unlike Conventional crimp weave fabrics. The carcass developed is a total departure from the traditional plies belt concept and constructions.it is designed to carry a large capacity of material and hasa Superior endurance performance in rugged environment.
Tension Rating (PIW) | 175 | 220 | 280 | 330 | 440 |
Fabric Type | SW315 | SW400 | SW500 | SW630 | SW800 |
Approx. Carcass Gauge | 0.098 in. | 0.100 in. | 0.110 in. | 0.118 in. | 0.142 in. |
Comparison between reinforcement fabric and common fabric:
SW | CFW | EP | NN | |
Impact resistant | excellent | Very good | Medium | good |
weight | Light | Medium | Heavy | Light |
Trough ability | Exellent | Medium | Medium | good |
operation stability | excellent | good | good | good |
Adhesive Ply-ply | excellent | medium | medium | medium |
Elongation | very low | less | less | more |
Flexibility | excellent | Medium | Medium | Good |
Thickness | thin | medium | medium | thinner |
Applu to smaller diameter pulley | excellent | Medium | Medium | good |
fatigue durability | excellent | medium | medium | good |
The kinetic energy saving | small | medium | medium | less |
Length per roll | Ordinary | Long | Long | ordinary |
Technical indexes of CFW Fabric
Fabric Type | Breaking strength | Elongation at break | weight | thickness | width | Peel strength | |
N/mm | % | g/m2 | mm | mm | N/mm | ||
CFW200 | warp | >240 | >15 | 650 | 0.85 | 800~2400 | ≥8 |
weft | >80 | ≤45 | |||||
CFW250 | warp | >330 | >15 | 810 | 1.1 | ≥8 | |
weft | >90 | ≤45 | |||||
CFW300 | warp | >350 | >15 | 890 | 1.25 | ≥8 | |
weft | >100 | ≤45 | |||||
CFW350 | warp | >400 | >15 | 1050 | 1.30 | ≥8 | |
weft | >105 | ≤45 | |||||
CFW400 | warp | >460 | >15 | 1080 | 1.40 | ≥8 | |
weft | >110 | ≤45 | |||||
CFW500 | warp | >570 | >15 | 1350 | 1.55 | ≥8 |