Circular Thread Rolling Dies

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MOQ : as per customer requirement Piece

Circular Thread Rolling Dies Specification

Life Span
Long Life (Depends on Usage)

Die Head
Thread Rolling Die

Working Process
Cold Rolling

Shaping Mode
Thread Rolling

Material
Alloy Steel / HSS / Tool Steel

Tolerance
0.01 mm

Usage
For Threading Bolts, Screws, Studs, and Shafts

Length
Customizable up to 300 mm

Diameter Range
10 mm to 200 mm

Thread Profile
Metric, UNF, UNC, BSW, BSP, Acme, Trapezoidal, Special Profiles

Surface Finish
Polished / Black Oxide Coated

Suitability
High Volume Thread Production

Manufacturing Process
Precision Ground and CNC Machined

Circular Thread Rolling Dies Trade Information

Payment Terms
Others

Supply Ability
Piece

Delivery Time
Week

Packaging Details
As per Requirement

Main Export Market(s)
Asia, Australia, Middle East, Western Europe, Africa, Central America, Eastern Europe, South America, North America

Main Domestic Market
All India

About Circular Thread Rolling Dies

Our company supplies a comprehensive range of Thread Rolls which are preferred for their better operational life and high resilience power. These rolls, fabricated under the supervision of expert professionals, are assured of precise dimension and flawless functioning. They can be easily customized as per the requirement of the clients.

Attributes :

Abrasion resistant

Reasonable price

Safe and reliable

Versatile Performance in Threading Applications

Our Circular Thread Rolling Dies excel in producing precise threads for bolts, screws, studs, and shafts across multiple industries. Engineered for high-volume environments, they support a vast diameter range and accept custom lengths, ensuring compatibility with varied production requirements. The ability to handle diverse thread profiles makes them indispensable for manufacturers seeking reliability and adaptability.

Precision Manufacturing for Reliable Output

Manufactured using advanced CNC machining and precision grinding processes, these dies deliver exceptional dimensional accuracy and durability. Each die is crafted from premium materialsincluding alloy steel, HSS, and tool steeland undergoes rigorous finishing treatments. The result is a hard-wearing, long-lasting tool that maintains consistent quality and performance even under continuous use.

FAQs of Circular Thread Rolling Dies:

Q: How are Circular Thread Rolling Dies used in industrial manufacturing?

A: Circular Thread Rolling Dies are employed in high-volume industries to form standardized or custom thread profiles on fasteners such as bolts, screws, studs, and shafts. The dies work via cold rolling methods, shaping threads without material loss, ensuring strength and accuracy.

Q: What types of thread profiles can these dies accommodate?

A: These dies can be manufactured for a wide array of thread profiles, including Metric, UNF, UNC, BSW, BSP, Acme, Trapezoidal, as well as custom-designed special profiles, catering to the diverse needs of various sectors.

Q: When should I choose polished or black oxide coated surfaces?

A: A polished surface offers improved finish and reduced friction, ideal for high-precision threading. Black oxide coating, meanwhile, provides added corrosion resistance, which is beneficial in harsh working environments. The choice depends on your specific application requirements.

Q: Where can these thread rolling dies be sourced from?

A: These dies are distributed, exported, and supplied by reputable traders and manufacturers across India, known for their expertise in precision tooling and substantial export operations.

Q: What is the manufacturing process for these dies?

A: Each die is produced using precision ground techniques in conjunction with CNC machining to achieve the required tolerance of 0.01 mm, resulting in a highly accurate and durable threading tool.

Q: How does the use of premium materials benefit the end user?

A: Constructed from alloy steel, high-speed steel (HSS), or tool steel, these dies provide extended lifespan, high resistance to wear, and dependable performance, minimizing downtime and maintenance costs for users.

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