WALTER TOOLS ODHT Positive Octagonal Carbide Milling Insert
Walter ODHT carbide milling inserts are replaceable tools used in milling machines to take away material from a workpiece in shaping, drilling and cutting, plastics, metals & composites.
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A| Style | Model | Inscribed Circle | Thickness | Ansi Number | Chip-breaker | Coating | Nose Radius | Grade | Workpiece Material | Price | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| A | ODHT0504ZZN-G88 WK10 | 0.197" | 0.187" | ODHT0504ZZN-G88 WK10 | G88 | Uncoated | 0.031" | Grade WK10 | Cast Iron | €24.68 | |
| A | ODHT0504ZZN-F57 WKP35S | 0.197" | 0.187" | ODHT0504ZZN-F57 WKP35S | F57 | Chemical vapor deposition | 0.031" | Grade WKP35S | Cast Iron, Steel | €31.56 | |
| A | ODHT050408-F57 WKP35S | 0.197" | 0.187" | ODHT050408-F57 WKP35S | F57 | Chemical vapor deposition | 0.031" | Grade WKP35S | Cast Iron, Steel | €33.05 | |
| A | ODHT0504ZZN-G88 WXN15 | 0.197" | 0.187" | ODHT0504ZZN-G88 WXN15 | G88 | PVD | 0.031" | Grade WXN15 | Non Ferrous Materials | €32.57 | |
| A | ODHT0605ZZN-F57 WKP35S | 0.236" | 0.219" | ODHT0605ZZN-F57 WKP35S | F57 | Chemical vapor deposition | 0.031" | Grade WKP35S | Cast Iron, Steel | €41.11 | |
| A | ODHT0605ZZN-G88 WK10 | 0.236" | 0.219" | ODHT0605ZZN-G88 WK10 | G88 | Uncoated | 0.031" | Grade WK10 | Cast Iron | €32.11 | |
| A | ODHT0605ZZN-G88 WXN15 | 0.236" | 0.219" | ODHT0605ZZN-G88 WXN15 | G88 | PVD | 0.031" | Grade WXN15 | Non Ferrous Materials | €41.11 | |
| A | ODHT060512-F57 WKP35S | 0.236" | 0.219" | ODHT060512-F57 WKP35S | F57 | Chemical vapor deposition | 0.047" | Grade WKP35S | Cast Iron, Steel | €43.04 |
Features
- Walter carbide milling inserts offer 1/2 / 5/8 inch inscribed circles for reduced vibration, improved accuracy & long service life.
- These Walter milling inserts feature carbide construction for neat cuts & improved life.
- They offer screw-held mounting for secure and easy installation.
- These octagonal-shaped inserts have a 15-degree clearance angle and 16 / 25 degree chip breaker grooves for increased surface finish and chip evacuation.
- Selected models have TiN / TiAlN finish for reduced friction and enhanced tool life.
Frequently Asked Questions
What is the significance of the octagonal shape in these milling inserts?
The octagonal shape in milling inserts provides stability, longer tool life, efficient chip evacuation and optimised cutting geometry.
Are these milling inserts resistant to wear and abrasion?
Yes, Walter milling inserts have CVD / PVD coating for resistance to wear & abrasion.
How do I maintain these milling inserts?
- Clean the milling inserts after use to remove debris & residue.
- Inspect the inserts regularly for signs of damage & wear.
- Store the inserts in a clean & dry environment to protect them from moisture.
- Handle the inserts with clean gloves or tools to prevent contamination and avoid dropping.
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