Gw Carbide - 5f Tungsten Carbide Straight Flutes Reamer Blue Nano Coating

• Standard：Standard
• Coating：Coating
• Precision：H7
• Alveolus Dentalis：Spiral
• Handle Type：Straight Shank
• Usage Mode：Machine or Hand

=== Base Info ===

• Model NO.：All Sizes
• Material：Cemented Carbide
• Type：Cylindrical Reamer
• HRC：45-60
• Shipment：FedEx,DHL,TNT,UPS,EMS,etc.
• Performance Classification：Machine Tools, Hand Tool
• Delivery Time：15~30 Days as Per Your Quantity
• Transport Package：a Plastic Box
• Specification：100% raw material
• Trademark：GW or OEM
• Origin：Zhuzhou
• HS Code：8207709
• Production Capacity：200000 PCS,Month

=== Description ===

Basic Info.

Model NO. All Sizes Material Cemented Carbide Type Cylindrical Reamer HRC 45-60 Shipment FedEx,DHL,TNT,UPS,EMS,etc. Performance Classification Machine Tools, Hand Tool Delivery Time 15~30 Days as Per Your Quantity Transport Package a Plastic Box Specification 100% raw material Trademark GW or OEM Origin Zhuzhou HS Code 8207709 Production Capacity 200000 PCS/Month

Product Description

Tungsten Carbide Reamers

Coating: TiSiN  TiAlN  AlTiN  TiCN or Blue Nano Coating.

Item	AlTiN	TiAiN	TiSiN	nAcO
Hardness(HV)	3200	2800	3600	42(GPA)
Thickness(UM)	2.5-3	2.5-3	3	3
Oxidation Temp( ° )	900	800	1000	1200
Friction	0.3	0.3	0.45	0.4
Color	Black	Violet	Copper	Blue

Advantages:
1. Solid carbide reamers, we can make different types of machine reamers, usually 2-8 flutes, the delivery time for non-standard customized reamers is just 7-10 days.

2. Carbide drill reamers are made from different grade of material:

HRC45 machine reamer, YG25material, high precision, with 2-8 flutes. Suit for cast iron, carbon steel
HRC55 machine reamer, YL10.2, high precision, with 2-8 flutes, suit for carbon steel, alloy steel.
HRC60 machine reamers, Kennametal2210, high precision, with 2-8 flutes, suit for copper alloy, stainless steel.
HRC65 machine reamer, Germany AF, high precision, with 2-8 flutes, suit for hard metal.

3. We can supply different types of machine reamers, also we can make the boring reamers according your drawing and samples.

4. Depth of cut: This is how deep the tool is under the surface of the material being cut (not shown on the diagram). This will be the height of the chip produced. Typically, the depth of cut will be less than or equal to the diameter of the cutting tool.