PVC Iran

body building pvc coated wire rope

The coated gym wire rope with a 6x19 construction is one of the most widely used types of wire ropes in fitness and gym equipment, as it provides a balanced combination of high flexibility and adequate abrasion and fatigue resistance. This rope consists of six main strands, each containing 19 individual wires, a configuration that maintains tensile strength while minimizing twisting or kinking during use. Its protective coating, typically made of PVC or polyurethane, plays a critical role in extending the rope’s lifespan, protecting users’ hands, and guarding against moisture, dust, and corrosion. Due to these features, the 6x19 coated wire rope is ideal for fitness machines such as cable pull systems, pulley stations, and free-weight attachments.

In addition to high durability and safety, the 6x19 coated gym wire rope can withstand dynamic loads and repeated stress, and it is fully compatible with standard attachments and components used in fitness equipment. Available in various diameters and lengths, it allows gyms and users to select the optimal rope according to their machine specifications and training intensity. The soft, resilient coating not only prevents corrosion but also enhances user comfort and safety, while making maintenance and replacement simple and cost-

Japanese PVC coated wire rope

The genuine Japanese coated wire rope is a type of steel cable with a PVC or nylon coating, designed for heavy-duty applications in various industries such as construction, transportation, and agriculture. The wire rope is made of high-quality steel strands, offering excellent resistance to tension, abrasion, and corrosion. The plastic coating of this wire rope, made from premium materials, protects against corrosion, physical damage, and reduces friction, especially under different temperature conditions. This wire rope is typically available in diameters ranging from 6 mm to 20 mm, with load capacities varying from 1 ton to 20 tons, depending on the diameter.

The coated Japanese wire rope is braided from multiple steel strands that are precisely woven and twisted together. This strong and durable braid not only enhances the load-bearing capacity but also improves its flexibility and longevity. Additionally, these wire ropes meet international safety standards such as ISO 4308 and EN 12385, ensuring high safety in industrial and harsh conditions. The coating of these wire ropes not only protects the cable from environmental factors but also helps to maintain operator safety and prevent potential injuries. This product is particularly recommended for use in cranes, hoists, met

EX10/2 - 0+T24 PVC petroleum AS 2.5 Optibelt conveyor belt

The EX10/2 - 0+T24 PVC petroleum AS 2.5 Optibelt conveyor belt is made of polyvinyl chloride with a thickness of 2.5 mm and heat resistance up to 90°C. Its standard width is 240 mm and it can carry loads up to 400 kg per meter. The internal EP fabric layer has a reinforced two-layer structure, providing tensile strength of 10 MPa and high mechanical durability. This belt is designed for transporting petroleum and its derivatives, offering significant chemical resistance against oil, grease, and hydrocarbons. The wear-resistant PVC surface and high flexibility increase the operational lifespan of the belt.

The belt has a smooth surface with controlled friction, optimized for operation between -20°C and +80°C. Its specific weight is 1.35 kg per square meter, with an estimated operational lifespan of 4 years. Tensile strength is 3500 N per 50 mm, with elongation under full load below 2%. The two-layer structure with PVC coating ensures uniform material transfer and easy installation. Crack resistance and quiet operation are key features of this industrial product.

EM10/2 - 0+T6 PVC petroleum AS 5.0 Optibelt conveyor belt

The EM10/2 - 0+T6 PVC petroleum AS 5.0 Optibelt conveyor belt is made of polyvinyl chloride with a thickness of 5 mm and heat resistance up to 90°C. Its standard width is 60 mm and it can carry loads up to 200 kg per meter. The internal EP fabric layer has a reinforced two-layer structure, providing tensile strength of 10 MPa and high mechanical durability. This belt is designed for transporting petroleum and its derivatives, offering high chemical resistance against oil, grease, and hydrocarbons. The wear-resistant PVC surface and high flexibility increase the operational lifespan of the belt.

The belt has a smooth surface with controlled friction, optimized for operation between -20°C and +80°C. Its specific weight is 1.4 kg per square meter, with an estimated operational lifespan of 5 years. Tensile strength is 2000 N per 50 mm, with elongation under full load below 2%. The two-layer structure with PVC coating ensures uniform material transfer and easy installation. Crack resistance and quiet operation are key features of this industrial product.

EX10/2 - 0+T32 PVC petroleum AS Optibelt conveyor belt

The EX10/2 - 0+T32 PVC petroleum AS Optibelt conveyor belt is made of polyvinyl chloride with a thickness of 4 mm and heat resistance up to 90°C. Its standard width is 320 mm and it can carry loads up to 600 kg per meter. The internal EP fabric layer has a reinforced two-layer structure, providing tensile strength of 10 MPa and high mechanical durability. This belt is designed for transporting petroleum and its derivatives, offering high chemical resistance against oil, grease, and hydrocarbons. The wear-resistant PVC surface and high flexibility increase the operational lifespan of the belt.

The belt has a smooth surface with controlled friction, optimized for operation between -20°C and +80°C. Its specific weight is 1.45 kg per square meter, with an estimated operational lifespan of 5 years. Tensile strength is 5000 N per 50 mm, with elongation under full load below 2%. The two-layer structure with PVC coating ensures uniform material transfer and easy installation. Crack resistance and quiet operation are key features of this industrial product.

EM10/2 - 0+T6 PVC AS 5.0 Optibelt conveyor belt

The EM10/2 - 0+T6 PVC AS 5.0 Optibelt conveyor belt is made of polyvinyl chloride with a thickness of 5 mm and heat resistance up to 90°C. Its standard width is 60 mm and it can carry loads up to 200 kg per meter. The internal EP fabric layer has a reinforced two-layer structure, providing tensile strength of 10 MPa and high mechanical durability. This belt is designed for transporting dry and petroleum materials, offering significant chemical resistance against oil, grease, and hydrocarbons. The wear-resistant PVC surface and high flexibility increase the operational lifespan of the belt.

The belt has a smooth surface with controlled friction, optimized for operation between -20°C and +80°C. Its specific weight is 1.4 kg per square meter, with an estimated operational lifespan of 5 years. Tensile strength is 2000 N per 50 mm, with elongation under full load below 2%. The two-layer structure with PVC coating ensures uniform material transfer and easy installation. Crack resistance and quiet operation are key features of this industrial product.

EX10/2 - 0+T32 PVC AS Optibelt conveyor belt

The EX10/2 - 0+T32 PVC AS Optibelt conveyor belt is made of polyvinyl chloride with a thickness of 4 mm and heat resistance up to 90°C. Its standard width is 320 mm and it can carry loads up to 550 kg per meter. The internal EP fabric layer has a reinforced two-layer structure, providing tensile strength of 10 MPa and high mechanical durability. This belt is designed for transporting dry and semi-liquid materials, offering adequate chemical resistance against oil and grease. The wear-resistant PVC surface and high flexibility increase operational lifespan and ensure quiet operation.

The belt has a smooth surface with controlled friction, optimized for operation between -20°C and +80°C. Its specific weight is 1.45 kg per square meter, with an estimated operational lifespan of 5 years. Tensile strength is 5000 N per 50 mm, with elongation under full load below 2%. The two-layer structure with PVC coating ensures uniform material transfer and easy installation. Crack resistance and corner flexibility are key features of this industrial belt.

EX10/2-0+T32 PVC AS Optibelt conveyor belt

The EX10/2-0+T32 PVC AS Optibelt conveyor belt is made of polyvinyl chloride with a thickness of 4 mm and heat resistance up to 90°C. Its standard width is 320 mm and it can carry loads up to 550 kg per meter. The internal EP fabric layer has a reinforced two-layer structure, providing tensile strength of 10 MPa and high mechanical durability. This belt is suitable for transporting dry and semi-liquid materials and offers excellent chemical resistance against oil and grease. The wear-resistant PVC surface and high flexibility increase operational lifespan and ensure quiet performance.

The belt has a smooth surface with controlled friction, optimized for operation between -20°C and +80°C. Its specific weight is 1.45 kg per square meter, with an estimated operational lifespan of 5 years. Tensile strength is 5000 N per 50 mm, with elongation under full load below 2%. The two-layer structure with PVC coating ensures uniform material transfer and easy installation. Crack resistance and corner flexibility are key features of this industrial belt.

EM 10/2 - T18+07 PVC 3.2 Optibelt conveyor belt

The EM 10/2 - T18+07 PVC 3.2 Optibelt conveyor belt is made of polyvinyl chloride with a thickness of 3.2 mm and heat resistance up to 80°C. Its standard width is 180 mm, capable of carrying loads up to 300 kg per meter. The internal EP fabric layer has a reinforced two-layer structure, providing tensile strength of 10 MPa and high mechanical durability. This belt is designed for transporting materials with moderate chemical resistance, such as oil and light petroleum products. The wear-resistant PVC surface and high flexibility increase belt lifespan and ensure quiet operation.

The belt has controlled friction and is optimized for operation between -15°C and +70°C. Its specific weight is 1.3 kg per square meter, with an estimated operational lifespan of 4 years. Tensile resistance is 2500 N per 50 mm, and elongation under full load is below 2.5%. The two-layer structure with PVC coating guarantees uniform material transfer and easy installation. Crack resistance and flexibility at corners are key features of this industrial belt.

EM18/3 - 0+20 PVC petroleum AS 5.0 Optibelt conveyor belt

The EM18/3 - 0+20 PVC petroleum AS 5.0 Optibelt conveyor belt is made of polyvinyl chloride with a heat resistance of 90°C and can carry loads up to 500 kg per meter. Its total thickness is 5 mm with a standard width of 200 mm, offering high flexibility and superior abrasion resistance. The internal EP fabric layer has a reinforced three-layer structure, ensuring mechanical durability and tensile strength of 18 MPa. This belt is designed for transporting petroleum and its derivatives, providing high chemical resistance against oils and grease.

The belt has a smooth surface with controlled friction, optimized for operation between -20°C and +80°C. Its specific weight is 1.4 kg per square meter, and standard operational lifespan is estimated at 5 years. Tensile resistance is 4500 N per 50 mm, with elongation under full load below 2%. The three-layer structure and PVC coating guarantee quiet operation and uniform material transfer. Easy installation and crack resistance are key features of this industrial product.

PVC conveyor belt model EM8/2 - 00+05

The PVC conveyor belt model EM8/2 - 00+05 consists of two layers of polyester fabric with a tensile strength of 8 N/mm. Its top surface is made of smooth PVC with a 0.5 mm thickness, providing excellent resistance to abrasion, moisture, and contamination. The total belt thickness is approximately 2.5 mm, with a surface weight of around 2.9 kg/m². The surface friction coefficient is 0.55 in dry and 0.4 in wet conditions. This belt is suitable for conveying light to medium-weight products in dry food, packaging, and assembly industries.

The EM8/2 - 00+05 PVC belt performs reliably in a temperature range from -10°C to +80°C. The minimum pulley diameter for efficient installation is 30 mm. Its bottom layer is designed with low friction to ensure smooth, quiet, and stable operation. Tear resistance according to DIN 22102 is approximately 200 N/mm. This model is resistant to moisture, light oils, and industrial detergents, making it ideal for continuous conveying systems operating at medium speeds.

PVC conveyor belt model EM10/2 - 00+07

The PVC conveyor belt model EM10/2 - 00+07 consists of two layers of polyester fabric with a tensile strength of 10 N/mm. Its top surface is made of a green PVC coating with a thickness of 0.7 mm, offering excellent resistance to abrasion, moisture, and grease. The total belt thickness is approximately 2.8 mm, with a surface weight of around 3.2 kg/m². The friction coefficient is 0.6 in dry and 0.45 in wet conditions. This belt is suitable for conveying packaged goods, industrial parts, and medium-weight products on production lines.

The EM10/2 - 00+07 PVC belt operates reliably within a temperature range of -10°C to +80°C. The minimum pulley diameter for efficient installation is 40 mm. Its bottom layer features low friction for smooth, uniform, and silent movement. Tear resistance according to DIN 22102 is approximately 220 N/mm. This model is resistant to light oils, humidity, and cleaning agents, making it an optimal choice for packaging, assembly, printing, and dry food industries.

9 mm PVC Conveyor Belt with Polyester Backing

The 9 mm PVC Conveyor Belt with Polyester Backing is manufactured from polyvinyl chloride combined with a polyester reinforcement layer, providing very high tensile strength. The 9 millimeter thickness allows the belt to withstand heavy loads up to approximately 2500 newtons per millimeter. The PVC top layer offers anti-slip properties and abrasion resistance, while the polyester backing ensures dimensional stability and high flexibility. This structure makes the belt suitable for material handling in heavy and semi-heavy duty production lines.

The 9 mm PVC conveyor belt with polyester backing operates reliably within a temperature range of minus 15 to plus 90 degrees Celsius and resists moisture and oil. Its multilayer design enables usage on pulleys with a minimum diameter of 120 millimeters without cracking or deformation. Due to its long service life and high strength, this belt is considered a reliable choice for steel industries, mining operations, and heavy packaging material transport.

3 mm PVC Chess-Pattern Conveyor Belt

The PVC chess-pattern conveyor belt is manufactured from reinforced polyvinyl chloride layers with a typical thickness of 3 to 5 millimeters. The raised chess-pattern surface with a height of 1 to 2 millimeters is designed to provide high friction and prevent load slippage. The density of layers and the internal fabric weave deliver tensile strength of approximately 200 to 400 newtons per millimeter. These characteristics enable stable load transfer in packaging and assembly industries.

The PVC chess-pattern conveyor belt operates in a temperature range from minus 10 to plus 80 degrees Celsius and offers resistance to oil, moisture, and abrasion. The textured surface design ensures uniform pressure distribution and extends the service life of the belt. High flex resistance allows usage on pulleys with a minimum diameter of 60 millimeters. These specifications make the belt widely applicable in food industries, logistics, and automated production lines.

7mm PVC coated wire rope

The coating of the wire rope, which is often done for the lower sizes of the steel wire rope, is done to create a soft, non-metallic layer and to protect the surface of the tow wire from one side and to prevent skin injuries from the other side. Coated tow wire in size 5 to 7 is often used to connect devices such as cross, crunches and other bodybuilding devices. Coated wire rope size 5 to 7 is actually used to connect the handle to the weight stones and one or more pulleys are used for the smooth movement of the tow wire in the connection. The constant movement of the coated towing wire under heavy load on the reel brings both surface wear on the coating of the steel wire rope and causes the permanent change of the coated ropes shape under successive cycles.