Tungsten carbide strips/blanks:
Our tungsten carbide strips are very suitable for woodworking
tools, plane cutter, hob cutter, sub-cutter etc.
We use advanced molding process in order to produce extremely length 2000mm, extremely slim 1mm carbide flat to meet our clients' requirements.
Specification L*W*T | L(mm) | W(mm) | T(mm) | Tolerance | | |
| 100*W*T | 100 | 4~100 | 1.0~36 | L | W | T |
| 150*W*T | 150 | 4~150 | 1.0~36 | +/-1.5% | +/-2.5% | +/-2.5% |
| 230*W*T | 230 | 8~60 | 1.0~36 | +/-1.5% | +/-2.5% | +/-2.5% |
| 250*W*T | 250 | 8~60 | 1.2~36 | +/-1.5% | +/-2.5% | +/-2.5% |
| 270*W*T | 270 | 8~60 | 1.2~30 | +/-1.5% | +/-2.5% | +/-2.5% |
| 320*W*T | 320 | 8~60 | 1.2~30 | +/-1.5% | +/-2.5% | +/-2.5% |
| 330*W*T | 330 | 10~40 | 1.2~30 | +/-1.5% | +/-2.5% | +/-2.5% |
| 410*W*T | 410 | 10~40 | 1.2~10 | +/-1.5% | +/-2.5% | +/-2.5% |
| 510*W*T | 510 | 10~40 | 1.2~10 | +/-1.5% | +/-2.5% | +/-2.5% |
| 610*W*T | 610 | 12,17,20,32 | 1.2~10 | +/-1.5% | +/-2.5% | +/-2.5% |
| 710*W*T | 710 | 12,17,20,32 | 1.2~10 | +/-1.5% | +/-2.5% | +/-2.5% |
| 855*W*T | 855 | 12,17,20,32 | 1.5~10 | +/-1.5% | +/-2.5% | +/-2.5% |
| 1100*W*T | 1100 | 12,17,20 | 1.5~10 | +/-1.5% | +/-2.5% | +/-2.5% |
| 1500*W*T | 1500 | 12,17,20 | 1.5~10 | +/-1.5% | +/-2.5% | +/-2.5% |
Can produce angle strips according to client's requirements.
Detailed application:
Apply for metal Stone Working, cutting tool, cast iron, Non-ferrous
materials, chilled cast iron, hardened steel, PCB, brake materials
etc. Wood working tools, Cutting resistors and capacitors.
Our carbide plates are used for mould, electronic progressive dies
and punches.
Cutting aluminum alloy ,cast iron , stainless steel.
Refractory alloy steel, nickel-based alloy , titanium alloy and
nonferrous materials.
Make PCB drills , drills , end mills & reamers , mold punches ,
core pins&hole drilling tools.
wood cutters/ tobacco cutting/ for processing bar,rod,cast iron
We can supply length 300mm, 400mm, 500mm, 600mm, 700mm, 800mm,
900mm, 1000mm,1600mm,2000mm length carbide strips for wood cutting,
paper cutter and coating cutter.
There are five primary reasons for using coating tools:
1. To increase wear resistance,
2. To increase oxidation resistance.
3. To reduce friction.
4. To increase resistance to metal fatigue.
5. To increase resistance to thermal shock.
When cutting tools are properly coated and perform as designed, the
result for the end user is higher cutting data, longer tool life
and possibility of dry machining.
