Wholesale Carbide Roller Ring Wear-Resistant Tungsten Carbide Guide Wheel Riveting Wheel

• Customization: Available
• Standard: JIS, GB, DIN, BS, ASTM, AISI
• Application: Loader, Construction Machinery, Metallurgical Machinery, Cement Plant, Mining Machine, Thermal Power Plant, Coal Yard
• Model NO.: roller 02
• Material: Carbide
• Type: Wear Resistant Casting
• Transport Package: Carton
• Specification: D75*d20*50mm
• Trademark: Customized
• Origin: China Mainland
• Production Capacity: 50000 Per Year

Product Description

Wholesale carbide roller ring Wear-resistant Tungsten carbide Guide wheel Riveting wheel .

Carbide wire wheels are also known as carbide wire wheels, carbide guide wheels, carbide wire wheels, rollers or crimping wheels. Carbide wire wheels are widely used engineering components; their cylindrical design allows wires and cables to pass through easily, while the opening inside is accurately proportionally controlled to achieve higher efficiency. For industrial applications with strict wire drawing requirements, our carbide wire wheels have excellent physical properties. Their rugged construction ensures that they can withstand harsh conditions and maintain their dimensions over time; in addition, custom options allow wire wheels that meet various industrial requirements to be designed to meet your specific needs, increase production capacity and reduce costs.


Product Introduction

Carbide wire wheels may look like simple widgets, but they are indeed irreplaceable engineering components. Their structural design is designed to achieve improved efficiency - each cylinder has an accurately proportional opening inside that allows wires and cables to pass through easily. But their appearance is not compromised; grooves or knurling provide additional traction, so anything that needs to be guided can be safely brought to where it needs to go.

Carbide wire pulleys come in a variety of sizes and shapes to suit different types of materials and applications. From solid to hollow, each size is designed for a specific purpose - guiding wires or cables with the solid type, while accommodating fluid flow with the hollow type.

In the industrial sector, the use of carbide wire pulleys can benefit from economic benefits due to their excellent durability. This hardness makes them ideal for impact-resistant applications; therefore, they require less maintenance expenditure and last longer than other types of wire pulleys - resulting in lower costs.
 

Grade	Density	Bending Strength MPa	HRA	Performance and recommended uses reference
YG6A	14.95	1800	92.5	Fine-grained alloy with strong wear resistance. Suitable for semi-processing and finishing of chilled cast iron, non-ferrous metal alloys, hardened steel and alloy steel.
YG8	14.8	2200	89.5	It has high strength and higher impact resistance than YG6, but its wear resistance and cutting speed are relatively low. It is suitable for low-speed rough machining of cast iron, non-ferrous metals and their alloys, and non-metallic materials.
YG10X	14.5	2400	91.5	Fine grain alloy with high wear resistance. Suitable for processing hardwood, veneer, PCB, PVC and metal.
YL10.2	14.5	2400	91.8	Fine grain alloy, with high wear resistance, high bending strength, high adhesion resistance, high thermal strength. Can process refractory alloys, stainless steel and high manganese steel, etc.
G20	14.3	2420	90	Strong wear resistance, high bending strength, used for processing steel alloys, etc.
YN6	14.82	2150	92	Mainly used for sealing rings in oil fields and corrosive working areas.
YN8	14.8	2200	91.5	Mainly used for sealing rings in oil fields and corrosive working areas.
YN10	14.6	2350	90.5	Mainly used for sealing rings in oil fields and corrosive working areas.

Carbide eyelets are an integral part of many industries, from wire and cable manufacturing to equipment manufacturing.
Their precision design ensures that materials are smoothly navigated through the production process - resulting in higher quality
products and a more convenient production process for automotive, aerospace and textile manufacturers.

 

Specifications
D(mm)	d(mm)	H(mm)	D (mm)	d(mm)	H (mm)
90	51	4~100	125	45	4~100
90	20		125	80
90	3		130	40
95	75		130	50
95	68.5		140	90
95	74		142	78
100	65		150	90
100	62.1		160	80
100	20		161	108
105	46		212	120
105	65.5		158.8	87.32
105	81		170.66	95
105	75		180	87.32
110	20		180	120.65
110	30		228.3	126
110	90		208	126
114	94		228	130
115	65		285	160
115	60		320	260
120	46		280	240
120	65		318	280
120	60		600	550
125	45		800	200

Our Advantages

* Durability: The carbide material makes it extremely durable and can withstand constant use under high abrasive and impact stresses without wearing out or breaking.
* Wear Resistance: Carbide wire pulleys are designed to resist wear, ensuring that materials pass smoothly through the production process without deformation.
* High temperature resistance: Carbide wire wheels have excellent high temperature resistance, making them ideal for use in environments with intense friction or high temperatures.
* Precision: Carbide wire wheels are precision-made to ensure accuracy. Their small size and precise specifications allow them to have less deviation in resource manipulation, resulting in higher quality output and production growth.
* Practicality: Although carbide wire wheels have a higher initial cost, they are worth the investment. Their strength and long-term durability save costs in terms of maintenance requirements and service life - a key factor for any manufacturer looking for lasting value in their investment.



Carbide wire wheels are an ideal choice for industrial manufacturers looking to optimize production quality and efficiency. They offer many advantages, including enhanced durability, wear resistance, precision manufacturing capabilities at high temperatures, and affordability. These factors can drive manufacturers to greater success in today's competitive environment.