P26300-1401-D67 WSM37G WSM37G Wendeplatten - Walter Tools

Take advantage of the combination of high wear resistance, stable chip control and compatibility with stainless steels and superalloys for efficient, repeatable thread production. Order the inserts directly via Metav Werkzeuge or consult our team for suitability and availability.

P26300-1401-D67 WSM37G Threading Insert — Tiger·tec Gold, for stainless steels and superalloys (Walter Tools)

The P26300-1401-D67 WSM37G is a threading insert optimised for heavy-duty thread turning in stainless steels and heat-resistant superalloys, combining a coated carbide grade with Tiger·tec Gold technology for improved tool life.

• Tiger·tec Gold coating for long tool life
• Optimised for stainless steels and superalloys
• Stable cutting edge and secure chip control
• Coated carbide for high wear resistance

Efficient thread turning in demanding materials

This threading insert delivers a reliable balance of toughness and wear resistance through the WSM37G grade, a coated cemented carbide designed for challenging workpiece materials. The combination of a robust substrate and the Tiger·tec Gold coating supports consistent cutting-edge stability, reducing the frequency of index changes and downtime. For operations involving a tendency to build up edge or high heat generation, the insert’s formulation promotes secure chip formation, which helps maintain dimensional accuracy and repeatability in production runs.

Coating and material advantages that reduce process risk

The Tiger·tec Gold technology enhances thermal resistance and wear behaviour, which is especially important when machining materials classified under ISO 513 as M (stainless steels) and S (heat-resistant superalloys and titanium). Coated carbide inserts benefit from a graded coating system that improves resistance to abrasion and adhesive wear; this means the tool sustains cutting performance over longer cycles and withstands the severe conditions typical in thread turning. Technical terms such as “chip control” refer here to the insert’s geometry and chipbreaker combination that guide swarf away from the cutting zone, lowering the risk of re-cutting and surface damage.

Practical benefits for workshop efficiency and process reliability

Selecting a grade tailored to the application reduces scrap and rework. The insert’s stable cutting edge and controlled chip evacuation contribute to improved surface finish and repeatable thread form, which in turn shortens downstream inspection and assembly time. For production environments where consistency matters, this insert supports higher uptime and predictable tool-change intervals. Where thread quality and process security are priorities, the use of a specialised coated grade such as this one provides a measurable advantage in throughput and lifecycle costs.

Contact Metav Werkzeuge for a technical consultation on suitability and stock availability of Walter Tools Tiger·tec Gold threading inserts and to arrange sample trials or delivery coordination.

Technical data

• Article number: P26300-1401-D67-WSM37G-WALTER
• Product type: Threading insert
• Manufacturer: Walter Tools
• SKU / UID: P26300-1401-D67-WSM37G-WALTER

Facts

• Grade: WSM37G
• Chipbreaker / geometry: 1401-D67
• Series: Tiger·tec Gold
• Material suitability: S / M
• ISO designation: P26300-1401-D67 WSM37G

Special features

• Coating: Tiger·tec Gold
• Carbide: coated cemented carbide
• Suitable for: stainless steels (M), superalloys and titanium (S)
• Application: heavy-duty and hard-to-machine materials

FAQ

What materials is this threading insert intended for?
The P26300-1401-D67 WSM37G insert is designed primarily for stainless steels (M) and heat-resistant superalloys/titanium (S) according to ISO 513 classifications.

How does the Tiger·tec Gold coating benefit machining?
The Tiger·tec Gold coating increases thermal and abrasive resistance, extending tool life and improving performance when machining tough or heat-sensitive materials with the Walter Tools threading insert.

Is the WSM37G grade suitable for high-temperature cutting?
Yes; WSM37G is developed for elevated thermal loads encountered when machining superalloys and stainless steels, offering stable cutting edges under demanding conditions.

Walter Tools; Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen

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