Corrugated sidewall cleat rubber conveyor belt manufacturer
Feature of cleated conveyor belt Corrugated Sidewall industrial rubber Belt is one of the most effective ways of elevating materials in a confined space, the economy is achieved by single belt operation, wide range material can be handled, less space requirement, no transfer point, low maintenance and big capacity. Corrugated sidewall belt can be designed into a set of complete transportation system according to application.Din Standard Apron/Sidewall Rubber Conveyor Belt.
Base Belt Structure of conveyor belt
Four parts: Top cover rubber; Bottom cover rubber;
Reinforced core; Cross rigid.
Thickness of top cover rubber: 3-6mm;
Thickness of bottom cover rubber: 1.5-4.5mm.
Belt core: Cotton, Nylon, EP or Steel Cord
The Width is the same as normal belt. The standard meets with GB/T7984-2001.Pictures of cleated conveyor belt Cleat of cleated conveyor belt
Cleat types: T, TC, TS, TCS, C
The cleat is made of enforced fabric, solid, anti-shock to avoid distortion.
"TS" and "TCS" cleat are normally used for abrasion condition
"T" and "TS" cleat are normally used up to 40 degree
"TC" and "TCS" are normally used from 40 degree to 90 (c) the level of :2-10
(d) plastic cover: Face :1.5-8 mm non-Face: 0 mm-4.5mm   Sidewall rubber belt always work together with the wave-shape Apron transfardng system, normally the angle is more than 30o, it also could work together with the common use belt conveyor for [he horizontal and short distance transportation (No clapboard generally).

Sidewall rubber belt uses the baseband, flange and diaphragm (it is not necessary in the horizontal transpodation) that the trough degree no greater than 0.03, and after twice suguration it could be made.

Sidewall rubber belt using the technics of twice sulfuration compared to the similar products using the gluing process, has the advantages of high bonding degree and splendid flexibility, it could avoid the phenomenon of flange, clapboard cracking and fall off etc.    

The parameter relationship of the base belt width and flange height is as the following table(mm):

Bandwidth B of base	Block high H	Horizontal baffle high H1	The wave bottom wide B1	Effective bandwidth B2	Empty wide B3	Horizontal baffle form
300	40	35	25	180	35	TC
	60	55	50	120	40
	80	75
400	60	55	50	180	60	TC
	80	75
	100	90
500	80	75	50	250	75	TC
	100	90
	120	110
650	100	90	50	350	100	TC
	120	110
	160	140	75	300
800	120	110	50	460	120	TC
	160	140	75	410
	200	180
1000	160	140	75	550	150	TC
	200	180
	240	220
1200	160	140	75	690	180	TC
	200	180
	240	220
	300	260	100	640
1400	200	180	75	830	210	TC
	240	220
	300	260	100	780
	400	360