250mm Steel Cord Tubular Conveyor Belt

Min. Order:100 Meter

Transportation:Ocean,Land

$37≥100Meter

Product Attributes
Supply Ability & Additional Information
Packaging & Delivery

Product Attributes

Model No.: TT-V003

Supply Ability & Additional Information

Transportation: Ocean,Land

Packaging & Delivery

Selling Units:

Meter

250mm Steel Cord Tubular Conveyor Belt

High strength：

The steel wire rope core inside is the main load-bearing structure. Steel wire rope has high tensile strength and can withstand enormous tensile forces. For example, in long-distance and high-capacity material transportation, such as ore transportation in large mines, even if the transportation distance reaches several kilometers and the weight of the ore is huge, the 250mm steel core Tubular Conveyor Belt can stably carry the material without easily breaking or other situations.

管径(mm) Diameter	100	150	200	250	300	350	400	500	600	700	850
带宽(mm) Belt width	400	600	700	1000	1150	1300	1530	1900	2250	2650	3150
断面积100% Section Square	0.0079	0.018	0.031	0.053	0.064	0.09	0.147	0.21	0.291	0.3789	0.5442
断面积75% Section Square	0.0059	0.013	0.023	0.04	0.048	0.068	0.11	0.157	0.218	0.2842	0.4081
最大块度(mm) Largest Size	30	30-50	50-70	70-90	90-100	100-120	120-150	150-200	200-250	250-300	300-400
普通输送机对应宽度(mm) The width of conventional belt conveyor		300-400	500-600	600-750	750-900	900-1050	1050-1200	1200-1500	1500-1800	1800-2000	2000-2400

Compared to ordinary conveyor belts, it can carry heavier goods. In port loading and unloading operations, it is able to transport single heavy goods such as heavy machinery components, and also ensure the integrity and normal operation of the Conveyor Belt under full load.

Good flexibility：

This type of conveyor belt can achieve small radius bending. When the conveyor line needs to turn, it can fit the curve well, making the layout of the conveyor line more flexible. For example, in the material conveying system inside the factory, when encountering structural limitations or equipment layout that requires turning, it can easily bypass obstacles without affecting the transportation of materials.

Capable of adapting to complex terrain changes. In mountainous mines or transportation scenarios with varying slopes, it can bend with the undulations of the terrain, ensuring that materials can be smoothly transported along routes of different heights and slopes.