Uses

Nylon rubber conveyor belts are particularly well suited for applications in mining—such as crushing and screening of ore, sand washing—as well as in ports and terminals, power generation, metallurgy, chemical processing, coal handling, steel plants, cement plants, and the construction industry. They are ideal for conveying materials over most medium- to long-distance routes under high-load and high-speed conditions.

Characteristics

Compared with other types of conveyor belts, nylon conveyor belts:

• High strength: The belt features a high-strength nylon fabric carcass, offering excellent tensile strength to withstand heavy-load transportation and substantial tensile stress, making it ideal for conveying high-capacity materials.
• Impact resistance: The belt material exhibits excellent elasticity, effectively absorbing and withstanding impacts from the conveyed materials, thereby reducing damage caused by impact. This advantage is particularly pronounced when conveying bulk and granular materials.
• Excellent wear resistance: Outstanding resistance to wear under prolonged, high-speed conditions, extending service life, reducing replacement frequency, and lowering maintenance costs.
• Resistance to deformation: Nylon conveyor belts exhibit a low degree of deformation, remaining dimensionally stable even under prolonged, high-frequency operation and maintaining excellent flatness.

Strong adaptability to industrial environments:
• Excellent flexibility: easy to form grooves, adaptable to various conveying equipment and routing configurations, and capable of operating reliably under complex conditions such as bending and inclining.
• Secure Joints: The joint design is flexible and versatile, allowing for the selection of an appropriate connection method based on different operating environments. Moreover, the joints are robust and reliable, resistant to cracking or breakage, thereby ensuring the safe conveyance of materials.
  Good chemical stability:
• Corrosion resistance: Exhibits excellent resistance to acids, alkalis, salts, and chemical reagents, enabling reliable operation in corrosive environments such as chemical plants and mining sites.
• Mold and corrosion resistance: Nylon material is inherently resistant to mold and corrosion, maintaining excellent performance even in humid environments and thereby extending the service life of conveyor belts.
  Other features:
• High-temperature resistance: Capable of long-term operation in high-temperature environments, with temperature resistance exceeding 200°C, making it suitable for high-temperature applications in industries such as ceramics, steel, and cement.
• Lightweight: Compared with conveyor belts made from other materials, nylon conveyor belts are lighter in weight, making installation and maintenance more convenient while also reducing the load on the conveying equipment.
• Fatigue resistance: Excellent fatigue performance enables the conveyor belt to withstand prolonged, high-frequency bending and vibration, ensuring stable operation over long service life.

Nylon conveyor belts made from SBR, NBR, or EPDM rubber, featuring high tensile strength and exceptional resistance to abrasion, oil, heat, and wear. These multi-ply fabric belts can be manufactured as smooth nylon belts or as patterned nylon belts. Available in fire-resistant, cold-abrasion-resistant, heat-resistant, acid- and alkali-resistant, oil-resistant, and static-dissipative versions, among others.

Application Fields

Our nylon fabric conveyor belts are ideal for conveying bulk, high-density materials of large, medium, and small sizes, such as minerals and coal. They are particularly well suited for operation in harsh environments that demand relatively high belt dimensional stability. These belts are widely used in industries including mining, fertilizer production, power generation, cement manufacturing, steelmaking, metallurgy, coal handling, grain processing, chemical manufacturing, port operations, and construction, and are capable of efficiently conveying materials over short, medium, and long distances under high-load, high-speed conditions.

Specifications and Technical Data

Fabric Type	Fabric Structure		Fabric specifications	Thickness	Strength (N/mm)				Covering thickness		Width	Length
	path	latitude		mm/ply	2ply	3Ply	4ply	5ply	Up	down	mm	m
Nylon	Post	Polyamine	Nylon/80	0.95	160	240	320	400	1.5-12	0-4.5	400-2500	50-500
			Nylon/100	1	200	300	400	500
			Nylon/150	1.1	300	450	600	750
			Nylon/200	1.2	400	600	800	1000			500-2500
			Nylon/250	1.35	500	7500	1000	1250
			Nylon/300	1.45	600	900	1200	1500
			Nylon/350	1.6	-	1050	1400	1750			800-2500
			Nylon/400	1.75	-	-	1600	2000			1000-2500
			Nylon/500	1.9	-	-	2000	2500
			Nylon/630	2.1	-	-	2400	3000

Adhesion and elongation of conveyor belts

	Adhesive force		elongation
	Between plies (N/mm)	Between the rubbers	Longitudinal elongation at %≥	Longitudinal elongation at 6% of the reference load
Nylon conveyor belt	≥5	≥5	10	2

Quality/Grade Standard Performance Parameters for Cover Adhesive

Coverage Level	Tensile strength	elongation	Wear	Tensile Strength and Elongation at Break After Aging	Standard
	greater than or equal to	greater than or equal to	less than or equal to
	MPA	%	MM3	%
m	24	450	125	-50	Australian Standard AS1332-2000C
n	17	400	200	-50
RMA1	17	400	175	-50	American standard
RIMA2	14	350	250	-50
z	15	350	250	-50	German standard DIN 22102
y	20	400	150	-50
x	25	400	120	-50
w	18	400	90	-50
c	10	150	200	-50	Russian standard
n	15	400	100	-50
T2	14.7	300	200	-50
m	14.7	350	150	-50

Nylon-rubber conveyor belts are particularly well suited for applications in mining—such as crushing and screening of ore, sand washing, port terminals, power generation, metallurgy, chemical processing, coal handling, steelmaking, cement production, and construction—where they reliably convey materials over medium to long distances under high-load and high-speed conditions.