About Flat Thread Rolling Dies
- We manufacture flat thread rolling dies under the strictest quality standards and most precise dimensional control to ensure perfectly matched threads of the correct lead angle on a pair of matching dies.
- Such rigid standards facilitate easy setup, uniformly accurate threads, improved manufacturing yields, reduced machine downtime and longer die life.
- The Dies are available in different sizes & threads and can be customized as per the customers requirement
Precision for Diverse Threading ApplicationsDesigned for industrial-scale thread rolling, our Flat Thread Rolling Dies cater to a wide variety of profiles, including metric, UNC, UNF, BSP, and other customized specifications. Each die undergoes precision grinding and polishing, with optional coatings available to further enhance durability and corrosion resistance. Customization is supported for different dimensions, ensuring the perfect fit and function for unique threading requirements across industries.
Reliable Performance and Extended Life SpanManufactured using high-speed steel or top-grade tool steel, each die is vacuum hardened, tempered, and meets stringent international standards like DIN, ISO, and JIS. The specialized coatings, robust material selection, and meticulous finishing result in a long-lasting tool life of up to 2-5 years depending on application, making them highly suitable for high-volume industrial thread production.
Comprehensive Support and Global AvailabilityAs experienced manufacturers, exporters, and suppliers based in India, we provide full support for customization based on customer drawings or specifications. Each die is securely packed for export and is readily available for distributors, traders, and industrial users worldwide. With a focus on quality, compatibility, and customer requirements, we deliver reliable tooling solutions across global markets.
FAQ's of Flat Thread Rolling Dies:
Q: How are the flat thread rolling dies manufactured for optimal performance?
A: Our dies are produced from high-speed steel or tool steel, precision ground and polished for accuracy. They undergo vacuum hardening and tempering to ensure the required hardness (58-62 HRC). Optional specialized coatings such as TiN, TiC, or Black Oxide provide increased corrosion resistance and enhance tool life, making them suitable for demanding applications.
Q: What thread profiles and sizes can be made using these dies?
A: We offer thread rolling dies with metric, UNC, UNF, BSP profiles, as well as customized thread profiles. Dimensions are highly customizable, with lengths from 80-400 mm, widths of 10-60 mm, and heights of 8-40 mm, or according to customer specifications or drawings.
Q: When should I choose coated dies like TiN, TiC, or Black Oxide?
A: Coatings such as TiN, TiC, or Black Oxide are recommended when enhanced wear resistance, reduced friction, and improved corrosion protection are desired. They are particularly beneficial for high-volume or abrasive operations, extending the die's service life and maintaining consistent thread quality.
Q: Where can these dies be used, and are they compatible with all machines?
A: These thread rolling dies are compatible with all standard thread rolling machines, making them suitable for various industrial applications, including fastener, bolt, and screw production. Customization ensures they fit specific machinery requirements as needed.
Q: What is the typical usage process for these thread rolling dies?
A: The dies are used in cold-forming thread rolling processes where a flat die rolls against a workpiece to form threads without cutting material. This method enhances material strength and produces uniform threads, essential for high-strength fasteners and components.
Q: What benefits do these dies offer over other threading tools?
A: Flat thread rolling dies offer longer tool life, precise thread formation, and higher production efficiency. They are capable of maintaining tight tolerances (up to 0.02 mm) and exhibit excellent corrosion resistance when coated, reducing downtime and tooling costs in industrial environments.