Нилон конвейер кыймылдар, Кытай Найлон конвейер кыймылдар Manufacturers, Suppliers, Factory - Ningbo Kilomega International Trade Co., Лит.

Place of Origin:	Zhejiang
Brand Name:	Polyester Conveyor belt
Model Number:	NN100
Certification:	Iso
Minimum Order Quantity:	10meter
Price:	$10/meter
Packaging Details:	Outer is packed with one ply water-proof PP fabric
Delivery Time:	10-30DAYS
Payment Terms:	FOB
Supply Ability:	100000meter/month

Basic product description

Nylon (NN) conveyor belt has the characteristics of thin belt body, high strength, impact resistance, good groove formation, strong inter-layer adhesion, excellent yield and long service life. It is suitable for short and medium distances, high load capacity and high speed. It can transport materials under certain conditions and is widely used in mines, coal fields, chemical industry, metallurgy, construction, ports, etc.

Features：

1. The belt body has good elasticity, impact resistance and wear resistance;
2. Good flexibility and easy to groove;
3. No mildew corrosion occurs.

Specifications and technical parameters of nylon multi-layer fabric core conveyor belt

Fabric Type	Fabric Construction		Fabric model	Tape thickness（mm/P)	Strength series (N/mm)
Fabric Type	through	latitude	Fabric model	Tape thickness（mm/P)	2 layer	3 layer	4 layer
Nylon（NN)	Nylon (N)	Nylon (N)	NN-100	1.00	200	300	400
			NN-125	1.05	250	375	500
			NN-150	1.10	300	450	600
			NN-200	1.20	400	600	800
			NN-250	1.40	500	750	1000
			NN-300	1.60	600	900	1200

Adhesion strength and extension performance are in accordance with the table below

Core material	Adhesion strength
	Between fabric layers (N/mm)	Between covering layer and cloth layer (N/mm)
		Covering layer thickness ≤1.5mm	Covering layer thickness ≥1.5mm
polyester canvas	≥5	≥4.5	≥5
Extended performance
Full thickness longitudinal tensile elongation at break		Full thickness longitudinal reference force elongation
≥10%		≤4%

The covering performance of the tape complies with the following table

Coverage level	Tensile Strength	Elongation at break	Amount of wear	Change rate of tensile strength and elongation at break after aging
Coverage level	Mpa	%	mm³	%
H	24	450	120	-25~+25
D	18	400	100	-25~+25
L	15	350	200	-25~+25