Oiled nylon sliders are an improved version of standard nylon, offering higher crystallinity due to their rapid curing at lower temperatures, which is more than 3-5 times that of regular nylon. They possess three times the mechanical properties and excellent dimensional stability with low water absorption, high mechanical strength, and hardness. They can withstand temperatures up to 150℃-190℃ and have fatigue resistance. Their electrical insulation properties are comparable to those of corresponding nylon products, and can be enhanced according to customer requirements. They are resistant to corrosion from alkalis, alcohols, acids, ketones, hydrocarbons, detergents, and water.
Nylon sliders are widely used in chemical machinery, for the manufacturing of gears and components for corrosion-resistant equipment. They are also employed in wear-resistant parts, transmission structural components, home appliance parts, automotive manufacturing components, screw thread anti-mechanical parts, chemical machinery components, and chemical equipment.
Also known as strip and friction strip, it significantly reduces the hard friction between the conveyor belt and the frame, effectively extending the service life of the conveyor belt. There are various types of strips, including directly embedded ones and many flat ones with different widths and thicknesses.
High molecular weight polyethylene does not become liquid even when heated to its crystalline melting point due to its melt viscosity, which is caused by the high aspect ratio entanglement of its longer monomer chain structure. To put it simply, it's like a pile of fine hemp ropes; low molecular weight polyethylene, such as paraffin wax polyethylene, is like a tangle of ten thousand 1-meter-long fine hemp ropes, which is very easy to separate.

MC Nylon: Monomer Casting Nylon, also known as Single Casting Nylon. "Plastic in Place of Steel, Performance."
It boasts lightweight, high strength, self-lubricating, wear-resistant, corrosion-resistant, and insulating properties. It is a widely-used engineering plastic, present in nearly all industrial sectors.
MC Nylon (White): Unmodified cast nylon 6, with characteristics similar to PA66, boasts excellent comprehensive properties, high strength, rigidity, and hardness, resistance to creep and wear, heat aging resistance, and good machinability.
Nylon slider applications are extensive, including turbines, gears, screws, sliding guide plates on general machinery, sleeve bearings on heavy equipment like mining and crushing machines, connecting rods, sleeve bearings, and shafts on chemical machinery, impellers on hydraulic machinery, spray nozzles on cooling towers, piston rods on transportation vehicles, beeswax rings, fuel tanks, sealing rings on pressure machinery, and instruments in the instrument industry, as well as slot tubes on various mechanical preventions.

Introduction to Physical Properties of Nylon Sliders:
1) Suitable for short-term use between -30°C and +130°C, but it is recommended for long-term use below +100°C.
2) High tensile strength, wear resistance, good self-lubrication, low rigidity, and low-temperature resistance.
3) Good processing and forming: Weldable and adhesive.
4) PA6 is a hygroscopic nylon with poor dimensional stability, which affects its electrical properties (dielectric strength).
Nylon sliders are abrasive tools with wide applications in polishing and finishing, such as golf club shafts, ball head surface treatment, metal castings deburring, architectural hardware, hinges, and locks. Nylon sliders are a significant product branch of abrasive tools, following strong cutting and grinding products like sanding belts and grinding wheels. Nylon wheel products are mainly composed of nylon fiber mesh, abrasive media (mineral sand), and bonding resins, with potential additives including heat-absorbing agents, fillers, and colorants.
Adhering to the business philosophy of "Self-improvement for Others, Self-actualization," Tuo Bing Zhe has been committed to co-development with users for many years. Our main product, nylon sliders, are made from innovative plastic rubber materials and come in various models and specifications. The product quality is superior, and it is primarily sold to demanding enterprises through wholesale and direct sales. The company upholds continuous healthy development and ensures user rights and interests.

Oiled nylon sliders are an improved version of standard nylon, offering higher crystallinity due to their rapid formation at lower temperatures, which is more than 3-5 times that of regular nylon. They possess three times the mechanical properties of standard nylon, excellent dimensional stability, low water absorption, high mechanical strength, and hardness. They can withstand temperatures up to 150℃-190℃ and have fatigue resistance. Their electrical insulation properties are comparable to those of corresponding nylon products, and can be enhanced according to customer requirements. They are resistant to corrosion from alkalis, alcohols, acids, ketones, hydrocarbons, detergents, and water, among others.
Performance characteristics of oil-impregnated nylon sliders:
(1) Outstanding wear resistance: Its coefficient of friction is typically 0.1-0.3, about 1/4 that of phenolic plastic and 1/3 that of bismuth alloy, making it an self-lubricating material.
(2) Excellent Mechanical Properties: It boasts high surface hardness, excellent tensile, bending, and impact strength, as well as high ductility. Its compressive strength is comparable to metals, and its fatigue strength is on par with cast iron and aluminum alloys.
(3) Excellent Chemical Stability: It remains unaffected by chemicals, including weak alkalis, alcohols, esters, copper, and hydrocarbons oils.
(4) Wide temperature resistance: It maintains certain mechanical strength at -60°C and has a heat resistance temperature range of 80-100°C.
(5) Low density: Its density is between 1.05-1.15.
MC Nylon Sliders, as wear-resistant, self-lubricating, oil-resistant, and chemically corrosion-resistant engineering plastics, are widely used in the transmission components of industrial machinery across various industries such as oilfields, mines, metallurgy, chemicals, light industry, and transportation. They can save costs and replace non-ferrous (non-ferrous) metals, achieving energy conservation and consumption reduction. MC Nylon is used for large, difficult-to-mold products such as large gears, turbines, rope wheels, forklift wheels, shaft sleeves, shafts, bearings, roller drums, guide rings, guides, retaining rings, baffles, bushes, propellers, and various valves and sliders for high-pressure pumps. It is also used in textile machinery for various shuttles, etc. It can also be used to make bars, plates, etc., and is widely applied in various industries such as machinery.