Product Details

Product Description

Polyester conveyor belts,also called EP conveyor belts,whose tension resistant body is canvas woven by

polyester in warp and nylon-66 in weft.The belts have the characteristics of low elongation in warp and

good trough ability in weft,good water resistance,good wet strength,no mould, suitable for medium,long-distance and heavy-load transportation of materials.Because of the high initial modulus of polyester,the

belts can choose a relative low safety factor

Application fields: Metallurgy, steel plant, building material and construction, energy, chemical,machinery

equipment and port.

Tensile strength:500-3200 N/mm Width:500-2400 mm

Features & Benefits:

1,Reduced strength

The combination of fabric design and dip process provide less elastic and permanent elongation on all

specifications. This minimizes take-up concerns and reduce the number of splice at break-in.

2,High-modules, superior troughability characteristics

With the high-tension PET warp and NN66 fiber could provide the belt high-modules and superior

troughability characteristics.

3,Variety choices of cover types and thickness

Specification and Technical Data of Multi-ply Polyester Conveyor Belt:
Fabric Type	Fabric Structure		Fabric	Ply Thickness (mm/P)	Strength Series(N/mm)					Cover Thickness (mm)		Width	Length
Fabric Type	Warp	Weft	Specs	Ply Thickness (mm/P)	2 ply	3ply	4ply	5ply	6ply	Top	Bottom	mm	m
Polyester	Polyester	polyester	EP-80	0.8	160	240	320	400	480	2.0~8	0~4.5	400~500	<=300
(EP)	(EP)	(EP)	EP-100	0.8	200	300	400	500	600
			EP-125	0.85	250	375	500	625	750
			EP-150	0.9	300	450	600	750	900
			EP-160	0.9	320	480	640	800	960			500~2500
			EP-200	1.05	400	600	800	1000	1200
			EP-250	1.25	500	750	1000	1250	1500
			EP-300	1.35	600	900	1200	1500	1800
			EP-350	1.5	-	1050	1400	1750	2100			600~2500
			EP-400	1.8	-	-	1600	2000	2400			600~2500
			EP-500	2	-	-	2000	2500	3000			600~2500

Cover Properties of the Belts:
Cover Grade	Tensile Strength		Elongation	Abrasion	Change Rate of Tensile Strength and Elongation after Aging
	≥		≤	≤	Change Rate of Tensile Strength and Elongation after Aging
	Mpa	kgf/cm2	%	mm3	%
Heavy(H)	24	240	450	120	-25~+25
Medium(M)	18	180	400	100	-25~+25
Light(L)	15	150	350	200	-30~+30

Adhesion and Elongation of the Belt:
Belt	Adhesive Strength			Elongation
Frame	Between Plies	Between Cover and Carcass N/mm		Longitudinal Elongation	Longitudinal Elongationa at Reference Load
	N/mm	Between Cover and Carcass N/mm		Elongation at Break	%<=
		Rubber Thickness	Rubber Thickness	%>=
		<= 1.5mm	> 1.5mm
EP Canvas	>=4.50	>= 3.20	>=3.50	10	4