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Custom Tungsten Carbide Die Mold for Nuts M12-M20 Forging Mould

custom tungsten carbide die mold

M12-M20 forging mold for nuts

carbide die mold with warranty

Place of Origin:

Chongqing, China

Brand Name:

Henghui

Model Number:

OEM

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Custom Tungsten Carbide Die Mold for Nuts M12-M20 Forging Mould

Product Details

Shaping Mode:

Forging Mould

Product Material:

Steel

Material:

Carbide

Design Software:

CAD

Mould Base:

Non-Standard

Surface Treatment:

Polishing

Size:

Customized

Precision:

+/-0.01mm

Cobalt Content:

6.5%-22%

Grain Size:

2-9 μm

Density:

13.39-14.90 G/cm²

Hardness:

82.5-90.5 HRA

TRS:

240-340 Kgf/mm²

Impact Strength:

0.28-0.90 Kgf/m-cm²

Stations:

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Product Description

Customized 6-Station Multi-Sized Tungsten Carbide Die Mold for Nuts - M12 M14 M16 M18 M20

Product Specifications

Attribute	Value
Shaping Mode	Forging Mould
Product Material	Steel
Product	Punching Die
Material	Carbide
Design software	CAD
Mould base	Non-Standard
Surface treatment	Polishing
Size	Customized
Service	OEM ODM
Precision	+/-0.01mm
Standard	ANSI, DIN, JIS, ISO etc.

Product Description

This customized 6-station multi-sized tungsten carbide die mold is engineered for precision nut forging applications. The optimal selection of carbide material significantly enhances die service life and performance.

Material Specifications

Item	Co	Grain Size	Density	Hardness	TRS	Impact Strength	Application
Medium-Grained
KG2	6.5%	2~3 μm	14.90 g/cm²	90.5 HRA	320 Kgf/mm²	0.28 Kgf/m-cm²	Drawing die
KG3	9%	2~3 μm	14.61 g/cm²	89.3 HRA	340 Kgf/mm²	0.52 Kgf/m-cm²	Extrusion die
KG5	12%	2~3 μm	14.31 g/cm²	88.3 HRA	340 Kgf/mm²	0.58 Kgf/m-cm²	Extrusion die
KG6	14%	2~3 μm	14.12 g/cm²	87.3 HRA	320 Kgf/mm²	0.65 Kgf/m-cm²	Extrusion die
Coarse-Grained
ST6	15%	3~6 μm	13.80 g/cm²	86.0 HRA	270 Kgf/mm²	0.78 Kgf/m-cm²	Stainless steel
ST7	20%	2~6 μm	13.40 g/cm²	85.3 HRA	270 Kgf/mm²	0.80 Kgf/m-cm²	Stainless steel
EA65	18%	2~6 μm	13.73 g/cm²	85.0 HRA	300 Kgf/mm²	0.80 Kgf/m-cm²	Carbon steel screw/cutting die
VA80	20%	3~6 μm	13.58 g/cm²	84.0 HRA	280 Kgf/mm²	0.85 Kgf/m-cm²	Impact resistance
VA90	22%	6~9 μm	13.39 g/cm²	82.5 HRA	240 Kgf/mm²	0.90 Kgf/m-cm²	Impact resistance