Hard Alloy Blade Anode Tungsten Steel Cutter

• Pressing Speed: Isostatic Pressing
• Suppression Method: Unidirectional Pressurization
• Application: Electric Appliances
• Material: High Quality Wc
• Advantage: High Hardness
• Feature: Wear Resistant
• Model NO.: SX1038
• Industry: Battery
• Product Category: Tungsten Steel Blades
• Transport Package: Carton Box
• Specification: Customized
• Trademark: OEM available
• Origin: China
• Production Capacity: 10000PCS/Month

Product Description

 

Product Description

Product Name:
Hard Alloy Blade Anode Tungsten Steel Cutter

Custom Battery Tungsten Steel Cutter Anode Combination Tool

Requirements for Anode Materials in Electrochemical Reactions
The anode serves as the electrode connected to the positive terminal of a power source within an electrolytic cell, playing a pivotal role in electrochemical reactions. Anode materials such as magnesium and its alloys, zinc and its alloys, aluminum alloys, etc., are expected to exhibit exceptionally high electrochemical performance, uniform consumption, prolonged lifespan, and a high unit mass electricity yield, making them ideal sacrificial anode materials.

Precision Cutting Requirements for Anode Battery Dimensions
To meet the operational demands of precision cutting for anode batteries, an anode composite cutting tool requires excellent physical stability, high hardness, strength, and wear resistance. Producing hard alloy anode cutting blades involves utilizing hard alloy materials with a grain size of 0.8um as the blade body, heat treating tungsten steel blanks using hot isostatic pressing (HIP) equipment to ensure precise cutting of anodes.

Technical Specifications for Hard Alloy Anode Cutting Blades
Strict adherence to various technical specifications is essential for manufacturing hard alloy anode cutting blades. This includes employing hot isostatic pressing (HIP) during sintering, stringent requirements for the close coordination of composite blade edges and controlling inter-edge clearances, verifying light transmittance post-pressing (with a requirement of less than Ra0.06), and precise tolerances for blade perpendicularity and parallelism.

Dimensional Specifications for Hard Alloy Anode Cutting Blades
The hard alloy anode cutting blades consist of two sets of upper and lower composite blade edges, featuring dimensions such as 9254.728.077 for the upper blade and 1163922 for the lower blade, along with 9454.713.077 for the upper blade and 1182422 for the lower blade. These dimensions precisely meet the requirements for cutting anodes..

 

Company Profile

About us:

Zhuzhou Sanxin Cemented Carbide Manufacturing Co., Ltd, is engaged in R&D of cemented carbide raw material, processing, selling and aftermarket services.
Sanxin dedicated in inheriting tungsten carbide OEM services and improvement solutions, has a specialized technical team as a solid foundation and obvious superiority to manufacture high-quality tungsten carbide product.
Sanxin was established in 2003;
Two main factories were built in 2007; 
Passed ISO 9001:2015 in 2017;
High-tech Enterprise Identified in 2017;
Obtained foreign trading license 2017;
Confirmed as supplier of CLEP in 2021;
Owned more than 20 patent certificates.
We always carry out "quality and customer first", "Samples available", "punctual delivery", "mutual benefit", "focus on innovation", "service creates value"…business policy in the market. Sanxin delivering carbide value.

Our Advantages

Advantages:

1	Outstanding Wear Resistance:	Tungsten carbide, as the internal embedded material, possesses remarkable hardness and wear resistance, capable of withstanding friction and impact from high-speed pump operation.
2	Superior Corrosion Resistance:	The embedded structure effectively isolates the external medium from corroding the steel, prolonging the product's service life and making it suitable for different liquid environments.
3	Excellent Sealing Performance:	The design of the dynamic and static ring components ensures reliable sealing during pump operation, reducing the risk of leaks.
4	Suitable for High-Pressure Environments:	Tungsten steel inserts can withstand high-pressure working conditions in water pumps, ensuring the stability of the system.

Tungsten carbide grade:

K20, K10, K30 or other appointed high quality carbide grade
Non-magnetic carbide material can also be made for forming moulds of magnetic materials, with high hardness, long service life, good wear resistance and strong resistance to corrosion.
 

Parameters	Details
Shape	Round, Square, Rectangular
Heat Resistance	≤ 900ºC
Product Name	Tungsten Carbide Processing
Tolerance	± 0.01mm
Density	14.5-15.0g/cm3
Flexibility	Excellent
Impact Resistance	Excellent