Cemented 2 Helical Spiral 40 Degree Coolant Holes Cemented Tungsten Carbide Rods

• Customization: Available
• Application: Industrial
• Standard: JIS, GB, DIN, AISI
• Model NO.: RD10F RD10UF RD12UF RD06UF
• Purity: >98%
• Alloy: Alloy
• Shape: Round
• Type: Cemented Tungsten Carbide Rods
• Surface: Sintered
• Grinding: H6 Ground
• Produdction Method: Extrusion or Cold Isostic Pressing
• Length: Full Length 12", 13", 14", 300mm,310mm, 320,330
• Coolant Hole: 1 2 3 Coolant Holes, Sraight or Helical
• Tolerance: H4, H5, H6, H7 Standard
• Helical Spiral Angle: 30 Degree
• Grade: Submicron, Micron, Ultra Fine, Nano Grain Size
• Grinding Machines: Imported Centerless Grinding Machines
• Usage: End Mills, Drill Bits, Reamers, Taps, Punches
• Transport Package: Standard Packing for Cemented Carbide Rods
• Specification: CARBIDE RODS DIA 0.5 to 50 mm
• Trademark: RYDMET CARBIDE
• Origin: China
• HS Code: 82090030
• Production Capacity: 20 Tons/Month

Product Description

 

The Introduction of the Carbide  Rods

      The Tungsten Carbide Rods, Blanks are made by Extrusion from the highest purity of Materials and Sinter Hiped.  Be of very high quality and tool peroformances, the grade for Cutting tools are usually in Sub-micron Grain and Ultra-fine Grain. As demand,the other grade can be custom-made.

     They are ideal materials for the Solid rotoary Cutting tools, like Solid Carbide Endmill, Drills, Remaers, Taps.etc.

      Usually, the carbide rods are in sintered conditions, but we can arrange the grinding process as per the clients specific demand. Our grinding are done by the Imported Centerless grinding Machines, we can meet the precision demand of our cleints from both Europe and American, usually, we control them in h6 finsihing, as demand, we can control it be h5, h4, h7.
 
     We can even grind the Cemented  carbide rods even in 0.3 mm diameter if you have.  



 The Grades for the Carbide Rods:

The Grade of the Tungsten Carbide Rods
Properties of Grade		RD10F	RD10UF	RD12UF	RD06UF
Co	%	10	10	12	6
WC incl. Doping	%	90	90	88	94
Density	g/cm3	14.45	14.45	14.1	14.9
Vickers Hardness HV30	kg/mm2	1580	1790	1690	1890
Rockwell Hardness HRA	ISO3738	91.8	92.5	>92.5	93.5
TRS	N/mm2	3800	4000	4000	3900
Porosity	A	< 02	< 02	< 02	< 02
	B	0	0	0	0
	C	0	0	0	0
WC Grain Size	μm	0.8	0.5	0.4-0.5	0.5

We have the Co 15%, medium Grain Carbide for Mold Materials, like Punches, cores.
 

Carbide Rods Rods with 2 Helical Holes, 40º

 

 

Diameter (D_)		Diameter (D)	Hole Spacing	Hole Size	Deviation	Thread	length
Sintered	Tolerance	h6 gournd	TK	d	a	Pitch	L
mm	mm	mm	mm	mm	mm	mm	mm
6.3	+0.3/0	6	2.20 -0.40	0.50 ±0.15	±0.15	22.46	<330
7.3	+0.3/0	7	2.40 -0.40	0.65 ±0.15	±0.15	26.21	<330
8.3	+0.3/0	8	2.70 -0.60	0.65 ±0.15	±0.15	29.95	<330
9.3	+0.3/0	9	3.20 -0.60	0.75 ±0.15	±0.15	33.7	<330
10.3	+0.4/0	10	3.50 -0.80	0.80 ±0.15	±0.15	37.44	<330
11.3	+0.4/0	11	3.70 -0.80	0.80 ±0.15	±0.15	41.18	<330
12.3	+0.4/0	12	4.20 -0.80	0.90 ±0.20	±0.20	44.93	<330
13.3	+0.4/0	13	4.40 -0.80	0.90 ±0.20	±0.20	48.67	<330
14.3	+0.4/0	14	4.70 -0.80	1.00 ±0.20	±0.20	52.42	<330
15.3	+0.5/0	15	5.10 -0.80	1.10 ±0.20	±0.20	56.16	<330
16.3	+0.5/0	16	5.50 -0.80	1.20 ±0.20	±0.20	59.9	<330
17.3	+0.5/0	17	5.90 -0.80	1.20 ±0.25	±0.25	63.65	<330
18.3	+0.5/0	18	6.30 -0.80	1.40 ±0.25	±0.25	67.39	<330
19.3	+0.5/0	19	6.70 -1.00	1.40 ±0.25	±0.25	71.14	<330
20.3	+0.5/0	20	7.10 -1.00	1.50 ±0.25	±0.25	74.88	<330
22.3	+0.5/0	22	7.70 -1.00	1.70 ±0.25	±0.25	82.37	<330
24.3	+0.5/0	24	8.00 -1.00	1.75 ±0.25	±0.25	89.86	<330
25.3	+0.5/0	25	8.10 -1.00	1.75 ±0.25	±0.25	93.6	<330
26.3	+0.5/0	26	8.20 -1.00	1.75 ±0.25	±0.25	97.34	<330
28.3	+0.5/0	28	9.00 -1.20	2.00 ±0.30	±0.30	104.83	<330
30.3	+0.5/0	30	10.00 -1.20	2.00 ±0.30	±0.30	112.32	<330

 

The Tolerance for std.finsihed carbide rods (for reference):

TOLERANCES For Diameter and Length (h6)			TOLERANCES for Roundness and Straightness (h6 )
Size, mm	D, h6	L	Size, mm	Straightness (Run-out)	Roundness
≤3	+0,-0.006	+5/+1	≤4	0.15 max	0.004 max
5 to 6	+0, -.008		5 to 10	0.08 max
8 to 10	+0, -.009		10 to 13	0.06 max
12 to 18	+0, -.011		>13	0.05 max
20 to 24	+0, -.013