Need more information?
Fanar W9-054012-0800
VHM Carbide Chamfering Tool DIN-6537L 90˚
Product Description
The VHM Carbide Chamfering Tool DIN-6537L 90˚ is designed for precision edge chamfering and deburring. Manufactured by Fanar, this tool features a specialized AT coating that provides exceptional wear resistance. The gradient structure of the AT coating, with a high aluminum content in the AlTiN layer, ensures additional lubrication during machining, enhancing tool life and performance.
This chamfering tool is suitable for a wide range of materials, including PMKNSH, making it versatile for various industrial applications. The tool's robust construction and advanced coating technology deliver consistent, high-quality results, reducing downtime and increasing productivity.
Ideal for use in demanding machining environments, the VHM Carbide Chamfering Tool meets the stringent requirements of DIN-6537L standards, ensuring reliability and precision in every operation.
- Get up to 90 days payment terms from 500+ suppliers
- Reselling discounts up to 40%!
Specifications
- Brand
- Fanar
- Index
- ZW9- 8,0 63 5
- Tool Material
- VHM Carbide
- Coating Type
- AT Coating with AlTiN
- Compliance
- DIN-6537L
- Suitable Materials
- PMKNSH
Access our platform to find more offers
Register now to explore 36 mln offers from verified suppliers worldwide.
- Compare offers globally
- Direct supplier contact
- RFQs, Quotes, and Orders
- BOM Search
Documents
Data Sheet
Datasheet for Fanar W9-054012-0800, including specifications and features.
CAD Models
3D CAD model and technical drawings, ready for your design software.
Market insights

Get real-time analytics and market data to optimize your purchasing decisions for this component and similar products
- Real-time stock availability data from 700 MRO distributors in Europe and USA
- Price analysis by condition (new, used, refurbished) with market median prices
- Critical component availability monitoring to prevent production downtime
- Inventory optimization insights based on market supply trends