Customized Tungsten Carbide Wear Part with High Performance for Machining Steel

Min.Order: 10

Product origin: Zhuzhou, Hunan, China

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US$ 2

Description

Customized tungsten carbide wear part with high performance for machining aluminum

Non-standard tungsten carbide wear part with high performance for machining aluminum

Non-standard tungsten carbide wear part with high performance for machining wood

Non-standard tungsten carbide wear part with high performance for metal machining

Tungsten carbide plate for punching application

Plenty of grades corrsponding to different applications

Application Code	Chemical Composition			Physical Properties of powder		Physical and mechanical properties and mirco structure as stintered						Application recommended
	Co	Tic/ TacNbc	WC	Hall Flow	Apparent density	Density	Hardness	Transverse rupture strength	Coercivity	Magnetic saturation	Porosity
	Co	Tic/ TacNbc	WC	s/25cm³	g/cm³	g/cm³	HV 30	N/mm2	KA/m	%
P10	9.5	35	55.5	35	2.52	10.3	1525-1675	≥1130	9.2-11.5	8.3-9.5	A02 B00	For machining steel and cast steel
P20	8.2	14	77.8	32	2.83	11.52	1560-1700	≥1400	12.0-15.5	7.5-8.2	A02 B00	For machining long-chip steel, cast steel and forgeable cast iron
P25	9.5	21.9	68.6	35	2.5	11.42	1400-1550	≥1700	8.0-10.4	8.5-9.5	A02 B00
P30	9.3	6.3	84.4	32	3.14	13.02	1370-1560	≥1750	9.5-12.5	8.6-9.2	A02 B00
P30	10	20	70	33	3.08	12.86	1425-1575	≥1600	13.7-15.5	8.1-9.1	A02 B00
P35	11	12	77	35	3.24	13.12	1320-1460	≥1650	10.7-13.1	9.1-10.1	A02 B00	For machining steel and cast steel parts with different pores including sand holes.
P40	12	18.93	69.07	35	2.88	12.75	≥1400	≥2250	15.0-19.0	10.0-11.2	A04 B02
M10	6.1	16.3	77.6	35	3.13	13.3	1600-1800	≥1290	16.5-20.5	5.4-6.1	A02 B02	For machining steel, cast steel, manganese steel and grey cast iron.
M20	8.2	16.35	75.45	35	3.01	13.1	1530-1680	≥1460	15.0-19.0	7.3-8.2	A02 B02	For machining steel, cast steel, austenitic steel, manganese steel and grey cast iron.
M30	6	2	92	35	3.45	14.8	1450-1600	≥1320	13.5-15.1	5.3-6.0	A02 B00	Fo machining steel, cast steel, austenitic steel, grey cast iron and high temperature-resistant alloy
K05	6	0.3	93.7	35	3.45	14.94	1650-1750	≥1560	19.5-24.5	5.1-5.9	A02 B02	For machining super-hard grey cast steel, hardening steel, chilled iron, high silicon-aluminum alloy,high wear-resistant plastic, hard paper plate and ceramics.
K05	6	2	92	35	2.85	14.95	1350-1500	≥1600	21.5-26.5	4.9-5.9	A02 B02
K10-K15	6	0.4	93.6	35	3.45	14.91	1665-1835	≥123	19.5-24.5	5.2-6.2	A02 B02	For machining cast iron with hardness higher than 200HB, short-chip forgeable cast iron, silicon-aluminum alloy, copper alloy, plastic, glass, ceramics and stones.
K20	6	0.4	93.6	35	3.25	14.9	1600-1700	≥1670	16.3-19.2	5.2-6.0	A02 B02	For machining grey cast iron with hardness lower than 200HB, non-ferrous metal, copper, brass and aluminum
K20	7.8	1	91.2	35	3.35	14.61	≥1400	≥2000	15.0-18.0	6.6-7.8	A02 B02
K30	6	2	92	35	3.45	14.8	1450-1600	≥1320	13.5-15.1	5.3-6.0	A02 B00	For machining low-hardness grey cast iron, low-strength steel and compact wood.
G05	6		94	35	3.45	14.9	1370-1490	≥2300	11.3-12.6	5.5-5.9	A02 B00	For drilling soft or medium hard rock formation with a single-zxis compression strength less than 60 Mpa
G05	7.5		92.5	35	3.45	14.78	1300-1500	≥2600	9.4-12.5	6.6-7.5	A02 B00
G10	8.3		91.7	36	3.4	14.65	≥1500	≥2000	7.6-9.6	7.1-8.2	A02 B02	For drilling soft or medium hard rock formation with a single-zxis compression strength of60-120 Mpa
G10	9.5		90.5	36	3.55	14.52	1155-1275	≥2400	6.6-7.4	8.6-9.5	A02 B02
G20	10	0.5	89.5	35	3.39	14.51	≥1100	≥2550	6.0-8.0	8.8-9.8	A02 B02	For drilling soft or medium hard rock formation with a single-zxis compression strength of 120-200 Mpa
G20	11.5		88.5	36	3.4	14.3	≥1050	≥2400	6.0-8.0	9.5-11.4	A02 B00
G30	13		87	35	3.35	14.22	≥980	≥2500	5.5-7.0	11.7-13.0	A02 B02	For drilling soft or medium hard rock formation with a single-zxis compression strength of 120-200 Mpa
G30	11		89	36	3.45	14.39	1060-1170	≥2110	5.3-6.1	9.9-11.0	A02 B02
G40	15		85	37	3.15	14	950-1100	≥2160	4.8-6.3	13.5-15.0	A02 B02	For drilling soft or medium hard rock formation with a single-zxis compression strength of 120-200 Mpa
G40	16.5		83.5	37	3.13	13.9	≥880	≥2640	4.8-6.4	14.1-16.4	A02 B02
G50	20		80	37	3.13	13.5	≥760	≥2480	3.5-4.5	17.0-19.8	A02 B02	For drilling hard or super hard rock formation with a single axis compression strength higher than 200 Mpa
G60	25		75	39	3.15	13.12	830-870	≥2650	4.0-4.6	20.0-25	A04 B02
LS10	3	0.3	96.7	36	3.5	15.23	≥1600	≥1300	21.0-30.0	2.4-3.1	A04 B02	For making seal rings and dies used for drawing metal wire with diameter less than 6 mm
	3		97	35	3.6	15.25	1560-1680	≥1300	14.5-19.5	2.4-3.0	A04 B02
	4	2	94	35	3.55	15.02	1760-1940	≥1130	20.3-24.7	3.2-4.0	A02 B00
LS20	6	0.5	93.5	35	3.45	14.94	≥1550	≥1700	21.5-26.5	4.9-5.9	A02 B02	For making seal rings and dies used for drawing metal wire with diameter less than 20 mm and tube of diameters less than 10mm.
	4		94	35	3.55	14.95	1400-1560	≥1670	12.5-16.0	5.0-6.0	A02 B02
	4		94	35	3.55	14.95	1530-1630	≥1530	15.3-17.7	5.0-5.8	A02 B00
LS25	7.8		92.2	35	3.44	14.75	≥1300	≥1900	10.2-15.0	6.5-7.7	A02 B02
LS30	9.5		90	35	3.01	14.45	1550-1650	≥1610	18.9-22.0	8.0-9.5	A02 B02	For making seal rings and dies used for drawing metal wire with diameter less than 50 mm and tube of diameters less than 35mm.
	10		90	37	3.28	14.55	≥1200	≥2300	9.0-12.0	9.0-10.0	A02 B02
	11		89	38	3.26	14.44	≥1100	≥2000	8.0-13.0	9.5-11.0	A02 B02
	12		88	38	3.25	14.3	≥1200	≥2500	7.0-11.0	11.0-12.0	A02 B02

Note: General grade 1) All data above are typical. 2) P, M, K indicate cemented carbide used for long-chip machining , long-chip or short-chip machining and short-chip machinmg respectively. 3) G indicates cemented carbide used for geology prospecting and mmmg 4) LS, LT, LQ, LV indicate cemented carbide used for drawing dies, punching dies.