Durable Carbide Blade with Superior Wear Resistance for Heavy Machinery

• 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.: Plate 01
• Material: Carbide
• Type: Wear Resistant Plate
• Transport Package: Carton
• Specification: 75*20*50mm
• Trademark: Customized
• Origin: China Mainland
• Production Capacity: 50000 Per Year

Product Description

Cemented carbide strips are a high-performance tool material, which is made of metal powders such as tungsten (W) and cobalt (Co) sintered under high temperature and high pressure.
This material has the characteristics of high hardness and low wear, and is widely used in various cutting, drilling, milling, grinding and other tools.
It has the characteristics of high hardness, strong impact resistance and high precision.
Cemented carbide strips are widely used in machinery manufacturing, aerospace, energy mining and other fields, such as tools, drills, cutting blades, milling cutters, etc., and are considered to be convenient and high-precision tool materials.
The cemented carbide strips produced by our company have undergone strict quality control to ensure their superior performance and reliability, and can provide convenient and reliable tool solutions for your production process.
 

Specification
Length mm	Width mm	Thickness mm
30-820mm	2-45mm	1.0-30mm
*The size and specification can be customized.

Product Features
1. High hardness: The hardness of cemented carbide strips is many times higher than that of ordinary steel.
It can maintain low wear in high-speed, high-temperature and high-pressure working environments, and extend the life of the tool.
2. Excellent corrosion resistance: Cemented carbide strips are not easily corroded, can maintain stability in harsh working environments,
are not corroded by chemicals, and extend the service life.
3. Excellent impact resistance: Carbide strips have excellent impact resistance, are not easy to break, and can maintain stability during high-speed movement, preventing accidents and shutdowns during production.
4. High precision: Carbide strips undergo a precise production process to produce tool parts with complex shapes and accurate dimensions, improving production efficiency and processing quality.
5. Customization: Carbide strips can be customized according to the specific needs of customers, including different shapes, sizes, hardness, etc., to meet the needs of different industries and different application scenarios.
 

Materials
Grade	ISO Code	Go	Density	Hardness
		(%)	g/cm3	HRA
K10T	K05-K10	4.5-6.0	14.95-15.05	92.7
YG8	K30	8	14.8	89.5
YG6	K20	6	14.95	90.5
YG6X	K10	6	14.95	91.5
YL10.2	K30	10	14.5	91.8
YG13X	K30-K40	13	14.3	89.5
YG15	K40	15	14	87.5
*The grade can be adjusted according to the actual application situation.

Our advantages
1.Complete grades. The carbide strips we provide can be used for different purposes, such as cutting, grinding, abrasion, crushing, etc.
In addition, the parameters of the alloy grade can be adjusted according to the product test results conducted by the customer - better service and customization.
2.Rich variety of molds. Our factory can produce strips of various sizes - please check the size information above.
3.High economic benefits. We choose native alloy materials and adopt HIP sintering process, which enables us to produce products with excellent performance and reliable quality.
4.Comprehensive industrial processes. Starting from milling, the product will be strictly tested in each process to ensure its quality.
The entire production process is controlled by ERP and MES systems, and the production and inspection data of each batch of products can be traced.
5.The inspection report is detailed and accurate. We can provide quality certificates and measurement reports for each specific batch of products.



Product application

Mechanical manufacturing: cemented carbide strips are widely used in the manufacture of tools such as cutting tools, cutting blades, milling cutters, and drill bits in the field of mechanical manufacturing. Due to the characteristics of high hardness and low wear of cemented carbide strips, they can maintain good performance in high-speed, high-temperature, and high-pressure working environments, and improve the life and processing efficiency of tools.

Aerospace: cemented carbide strips are widely used in the aerospace field, such as cutting tools, drilling tools, milling tools, etc. for manufacturing aircraft. Due to the high performance requirements of materials in the aerospace field, cemented carbide strips, as a high-hardness, high-precision material, can meet the requirements of part quality and processing accuracy in aerospace manufacturing.

Energy mining: Carbide strips are widely used in the manufacture of tools such as oil drilling and coal mining in the field of energy mining. Because carbide strips have excellent impact resistance, they can maintain good performance in harsh geological environments, improve mining efficiency and reduce production costs.

Automobile manufacturing: Carbide strips are used in the manufacture of cutting tools, parts processing tools, etc. in the field of automobile manufacturing. Automobile manufacturing has high requirements for the high precision of materials. Carbide strips, as a material with high hardness and high precision, can improve the processing quality and production efficiency of parts.