P3204-D30 WHH15X Wendeplatten - Walter Tools

Benefit from the combination of coated carbide WHH15X, a D30 chipbreaker and the P3204 geometry for productive, reliable milling with stable chip formation; order the insert directly via Metav Werkzeuge or consult our specialists for selection support.

P3204-D30 WHH15X milling insert — coated carbide, D30 chipbreaker (Walter Tools)

The P3204-D30 WHH15X is a milling insert engineered for productive metalcutting applications, combining a coated carbide grade with a D30 chipbreaker to enhance chip control and process stability.

• Coated carbide WHH15X for long tool life
• D30 chipbreaker for controlled chip flow
• P3204 geometry for versatile milling
• Open series for broad material range

Predictable chip control for higher throughput

The combination of the chipbreaker D30 with a coated carbide grade provides consistent chip formation and evacuation, which directly improves cycle times and reduces downtime. Designed to support productive strategies, the geometry helps to maintain a stable cutting edge under varying depths of cut and feed rates. For machining planners this translates into a lower cost per component and fewer process interruptions. Suitability for specific workpiece materials should be verified against the product matrix to match the grade to the application.

P3204 geometry enabling flexible milling strategies

The P3204 form offers a balance between entry stability and radial cutting engagement, making it suitable for a range of milling operations from light finishing to more aggressive material removal. The geometry influences cutting forces and tool deflection; when paired with the WHH15X grade, it promotes consistent surface finish while allowing adaptable feeds and speeds. In practice, this means one insert can cover several operations, supporting lean tool inventories and simplified tool setup.

Durable performance backed by industry-grade design

Manufactured under the Walter Tools portfolio, the insert series features a coated carbide composition intended for robust wear resistance and repeatable performance. The open-grade approach of the series allows selection of the best match for varied materials, while the chip control design reduces the risk of edge build-up and workpiece damage. For process engineers seeking predictable throughput, the mix of longer tool life and process security makes this insert a pragmatic choice; check the product matrix for definitive material suitability.

Contact Metav Werkzeuge for assistance in selecting the correct Walter Tools P3204-D30 WHH15X milling insert and to arrange procurement or technical clarification.

Technical data

• Article number: P3204-D30-WHH15X-WALTER
• SKU: P3204-D30-WHH15X-WALTER
• Product type: Milling insert
• Designation: P3204-D30 WHH15X
• Grade: WHH15X

Numbers / Core technical data

• Form designation: P3204-D30
• Chipbreaker: D30
• Series: Walter Schneidstoffsorte - Serie offen

Designs / Special features

• Coated carbide (described as coated hardmetal in series)
• Material details: catalogue-dependent
• Optimised for stable chip formation
• Suitable for a broad material range — verify via product matrix

FAQ

What materials is this insert suitable for?
The P3204-D30 WHH15X insert is part of an open series; material suitability depends on the chosen grade — the WHH15X is a coated carbide option and suitability should be checked in the product matrix for each workpiece material.

How does the D30 chipbreaker affect machining?
The D30 chipbreaker promotes controlled chip formation and evacuation, which improves process stability and reduces the likelihood of chip-related interruptions when using the P3204-D30 WHH15X insert.

Can the insert be used for both finishing and roughing?
Yes, the P3204 geometry allows flexible engagement; paired with the WHH15X grade the insert supports a range from finishing to more aggressive milling operations depending on cutting parameters.

Is the WHH15X grade coated or uncoated?
The WHH15X grade is specified as a coated carbide type within the Walter Schneidstoffsorte series, offering enhanced wear resistance for demanding milling tasks.

Manufacturer: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany

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