Fabric core rip-stop conveyor belts
High strength conveyor belt is suitable for the working conditions which are long distance, high speed and heavy load transportation. To convey the powdery, granular materials and blocked materials with no corrosivity, such as coals, sands and stones. It also suitable for heavy load and high speed transportation of materials, which are widely used in coalmines, mines, chemical industry,metallurgy. construction, ports, and some other area. The rubber covers of high strength conveyor belt adopts high strength sizing, and the skeleton is adhered by multi plies of quality nylons or poly curtains.
Secification:
1.Cover Grades
Grades of cover
Tensile strength/Mpa
Elongation at break%
Abrasion/mm³
L
15
350
200
D
18
400
100
H
24
450
120
H1
25
450
90
H2
28
450
90
H3
30
450
90
H4
35
450
90
2. Full thickness tensile performanceThe vertical full thickness strength of belt is not smaller than the specified type in the form below. The minimum full thickness tensile strength (N/mm) = specified belt type
3.The full thickness vertical reference strength elongation of belt is no more than 4%
4.The adherence strength between plies
item
between the fabric plies
between cover and belt cord
cover thickness between0.8-1.5mm
cover thickness>1.5mm
Average of sample N/mm
8.0
5.0
6.0
Minium of sample N/mm
7.0
4.5
5.5
Canvas conveyor belts are versatile and robust materials handling solutions widely used across various industries. They are known for their durability, flexibility, and ability to handle different types of materials efficiently.
Canvas conveyor belts are durable, versatile belts made from woven natural or synthetic fibers, such as cotton or polyester, often coated with rubber for enhanced performance. Known for their strength and flexibility, they are ideal for a variety of industries, including agriculture, food processing, manufacturing, and logistics. These cotton canvas conveyor belts excel in handling tasks that require resistance to abrasion and the ability to operate in diverse environmental conditions. Their customizable nature and cost-effectiveness make them a preferred choice for many material handling applications, ensuring efficient and reliable transportation of goods.
