Layered Fabric-Core Conveyor Belt

Product Description

Features
Polyester conveyor belts, also known as EP conveyor belts, feature a carcass made from a woven fabric of radial polyester yarns combined with circumferential nylon fibers. These belts are distinguished by their low radial elongation and exceptional troughing performance in the circumferential direction. They exhibit excellent water resistance, maintaining strong tensile strength even when wet, while also preventing mold growth. With a high initial modulus, they are ideally suited for transporting materials over medium to long distances under heavy loads and at high speeds.
Nylon conveyor belts are made by weaving nylon canvas, derived from cotton yarn, into a strong fabric core, which is then coated with high-performance rubber. These belts feature a thin profile, exceptional tensile strength, excellent abrasion and impact resistance, superior groove-forming capabilities, robust adhesion between fabric layers, outstanding flexibility, and an impressively long service life. As a result, they are ideally suited for transporting materials over medium to long distances, under heavy loads and demanding conditions—making them widely used in industries such as mining, metallurgy, construction, and port operations.

Fabric Combination

Polyester/Polyamide (Nylon) ------------------------ EP
Polyester/Cotton ------------------------------------- TC
Polyamide (Nylon) / Polyamide (Nylon) -------------- NN
Polyester/Polyamide/Polyamide-------------------EPP (SW-Diameter)
Cotton/Cotton---------------------------------------CC
Single Filament/Polyester ---------------------------- XE

Weaving: From One Layer to Six Layers
Plain weave, CFW, rib knit, twill fabric

Tensile strength: 100 kN/m/ply – 800 kN/m/ply
Width: 300mm–2500mm
Rubber coating thickness: 1.5 mm – 30 mm

Nylon is one of the finest synthetic fibers currently used in the rubber industry. Its structure is woven entirely from nylon fibers, both in the warp and weft directions, making it the most versatile variety available. Its standout advantages include excellent wear resistance, high tensile strength, and superior fatigue resistance. Nylon canvas conveyor belts boast characteristics such as a thin belt body, exceptional tensile strength, outstanding impact resistance, excellent troughability, strong interlayer adhesion, remarkable flexibility, and an exceptionally long service life. These belts are ideally suited for medium- to long-distance material transport under conditions involving heavy loads and high speeds, making them widely applicable in industries like mining, metallurgy, construction, and port operations.

Polyester Conveyor Belt

Canvas Model	Fabric structure		Fabric	Thickness (mm/P)	Canvas layer count	Coverage thickness		Width	Length
Canvas Model	Through	Latitude	Fabric	Thickness (mm/P)	Canvas layer count	Up	Below	mm	m
Polyester	Polyester	Polyester	EP100	1.0	2-10	2.0–8.0	0-4.5	300–2300	≤300
			EP125	1.0	2-10
			EP150	1.1	2-10
			EP200	1.2	2-10
			EP250	1.4	2-10
			EP300	1.6	2-6
			EP350	1.8	2-6
			EP400	2.0	2-6
			EP450	2.1	2-6
			EP500	2.2	2-6

Core material	Bonding strength			Extended Performance
	Between fabric layers	Between the covering layer and the fabric layer		Full-thickness longitudinal Tensile Elongation at Break %≥	Full-thickness longitudinal Reference Elongation at Yield %≤
		Cover layer thickness ≤1.5 mm	Cover layer thickness >1.5 mm
Polyester canvas	≥4.50	≥3.20	≥3.50	10	20

Nylon Conveyor Belt

Canvas Model	Fabric structure		Fabric	Thickness (mm/P)	Canvas layer count	Coverage thickness		Width	Length
Canvas Model	Through	Latitude	Fabric	Thickness (mm/P)	Canvas layer count	Up	Below	mm	m
Nylon	Nylon	Nylon	NN100	1.0	2-10	2.0–8.0	0-4.5	300–2300	≤300
			NN125	1.0	2-10
			NN150	1.1	2-10
			NN200	1.2	2-10
			NN250	1.4	2-10
			NN300	1.6	2-6
			NN350	1.8	2-6
			NN400	2.0	2-6
			NN450	2.1	2-6
			NN500	2.2	2-6

Core material	Bonding strength			Extended Performance
	Between fabric layers	Between the covering layer and the fabric layer		Full-thickness longitudinal Tensile Elongation at Break %≥	Full-thickness longitudinal Reference Elongation at Yield %≤
		Cover layer thickness ≤1.5 mm	Cover layer thickness >1.5 mm
Nylon canvas	≥4.50	≥3.20	≥3.50	10	4.0

Steel Wire Rope Core Conveyor Belt

None