High Precision Tungsten Carbide Inserts WDGW And Carbide Tunring Insert For CNC Cutting And Carbide Indexable Turning Milling Inserts

Product Details

   High Precision Tungsten Carbide Inserts WDGW And Carbide Tunring Insert For CNC Cutting And Carbide Indexable Turning Milling Inserts                              

  Should you're interested in the high precision tungsten carbide inserts wdgw and carbide tunring insert for cnc cutting and carbide indexable turning milling inserts, welcome to contact our factory for the products in stock. As one of the professional manufacturers in China, we also offer you the customized service of the special product.

Model Number: WDGW080612

Product Name: Tungsten Carbide Inserts

Category: Milling Insert

Place of Origin: Guangdong,(Mainland)

Brand Name: Masses

Material: Tungsten Carbide, 100% virgin materials tungsten carbide

Technics: Sintered and Coated

Style: Universal Tool

Cutting Process: Turning Tools

Turning Tools Type: Face Cutting Tool

Milling Cutter Type: Face Milling

Usage: External Turning Tool

Application: For cutting steel, stainless steel

Control mode: CNC

Insert Color: Golden, gray, silver, and black   

Packaging Details: 10 pieces in one plastic box, outer by carton box, or as request by customer

Delivery Detail: 7 days (stock) /25 days (order)

Terms of Payment: T/T, Western Union, MoneyGram

Shape: Round, Square, Diamond, Triangle

Manufacturer: yes

Size: according to the drawing provided by customers

Transportation ways: By courier, by shipment or by air

Physical Performance: tough matrix of good edge security

Certificate: ISO9001


Specifications:
1. High precision 
2. Suitable for cutting heavily 
3. Easy insert replacement

4. High hardness

5. Good hot hardness (can reach 900~1000°C, keep 60HRC)

6. Excellent wear resistance

7. Increase the cutting speed

8. Improve production efficiency

9. Shorten the production cycle.

 

Performance: The quality of finish-milling surface by using our inserts is much better than company A's, and we can fully achieve the requirement of finish-milling when under the same cutting parameters.

 

 


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