Thread former For W.TEC® INSERT COIL helical inserts - made of HSCo; shape C
Thread mould, HSCo, shape C
THRMOULD-HELCINRT-HSCO-M10
Art.-no.
4625000098
EAN 4046777804560
-,--
price per selected packing unit | Individual prices for customers after login
price per selected packing unit | Individual prices for customers after login
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For blind holes and through holes, for higher-resistance receiving threads
The W-Tec® Insert Coil thread mould forms the receiving thread rather than cutting it. The material's fibre structure is pushed outwards rather than being severed as in the chipping method.
Your benefits
- Moulded thread with higher load capacity
- Improved surface quality
- No chipping problems
- Higher cutting speeds than thread cutting
- Longer service life than screw taps
Product information
Datasheets(X)
Application areaSuitable for the following materials:
- Stainless steels up to 950 N/mm²
- Construction steels up to 800 N/mm²
- Heat-treated steels up to 1000 N/mm²
- Aluminium, copper and zinc alloys
Material | High-speed steel with 5% cobalt content |
Form | C |
Tolerance class | 6H modified |
Suitable for thread insert | M10 |
Thread diameter | 11.99 mm |
Thread length | 22 mm |
Core hole diameter | 11.2 mm |
Length | 100 mm |
Square width | 7 mm |
Shank diameter | 9 mm |
| Reference values for determining cutting speed for W.Tec® insert coil thread former | |||
| Material | Strength | Cutting speed in m/min | Recommended lubrication |
| Structural steels, carbon steels, cold extrusion steels etc. | < 600 N/mm² | 20 - 80 | Cutting oil/emulsion |
| Structural steels, case-hardening steels, cast steel etc. | < 800 N/mm² | 20 - 60 | Cutting oil/emulsion |
| Heat-treated steels, cold working steels, nitriding steels etc. | < 1000 N/mm² | 10 -40 | Cutting oil |
| Stainless steel (austenitic, ferritic, martensitic) | < 950 N/mm² | 10 -25 | Cutting oil |
| Aluminium wrought alloys | < 550 N/mm² | 15 - 40 | Cutting oil/emulsion |
| Aluminium cast alloys | Si < 12 % | 15 - 40 | Cutting oil/emulsion |
| Pure copper | < 400 N/mm² | 20 - 40 | Cutting oil/emulsion |
| Brass (copper-zinc alloy) | < 550 N/mm² | 40 - 80 | Emulsion |
| Cutting speed [m/min] = (external diameter x π x speed)/1000 Speed n [rpm] = (cutting speed in m/min x 1000)/(external diameter x π) Feed [mm/min] = speed x thread pitch The cutting speeds indicated above are to be understood as reference values and may vary depending on the machining conditions and must be adjusted accordingly. | |||