About Multistart Dies
By going through the processing of trading and supplying qualitative range of Multistart Dies to our client that is made by using great quality required materials with the help of innovative technology under the supervision of our experts. It is appreciated in the market because of its high in quality, performance and durability. All the provided items are tested on the various quality parameters before dispatching them from our premises. We deliver this Multistart Dies at market leading price rate.
Product details
| Color | Silver |
| Material | SS |
| Brand | nkp |
| Shape | All |
| Surface Finishing | Polished |
| Country of Origin | Made in India |
Versatile Threading SolutionsMultistart Dies offer superior threading for fast jobs in various sectors. Available in standard and custom thread forms, they ensure smooth, burr-free finishes and optimal compatibility. Their robust construction and abrasion resistance make them a prime choice for threading mild steel, stainless steel, and alloy steel. With precise engineering, these dies operate efficiently under repetitive use and high torque settings.
Customized and Reliable PerformanceChoose from a range of diameters, thread types, and material grades to suit your specific requirements. Engineered to ISO standards or tailored tolerances, Multistart Dies can withstand rigorous industrial environments. Their high hardness rating (HRC 58-62) and the option for manual or automatic use guarantee dependable results, whether on lathes or threading machines.
Precision Engineering for Industrial DemandsEach die undergoes cold forming for exceptional strength and accuracy. The uncoated or bright finish assists in reducing friction and ensuring clean threads. Regular maintenance, including cleaning and lubrication, further extends tool longevity, delivering consistent and precise results throughout its operational life.
FAQ's of Multistart Dies:
Q: How are Multistart Dies used in industrial thread cutting applications?
A: Multistart Dies are primarily employed for rapid and accurate thread formation on components made from mild steel, stainless steel, or alloy steel. They are mounted onto threading machines or operated manually on lathes, using a rotational method to cut standard or customized thread forms efficiently.
Q: What thread forms can be produced with these Multistart Dies?
A: These dies are capable of forming standard metric, BSW, UNC, UNF, BSP threads, as well as special thread profiles tailored to your specifications. Customization options ensure compatibility with diverse industrial needs.
Q: When should I consider using a Multistart Die over a conventional die?
A: A Multistart Die is selected when fast, repetitive threading with high precision is required, especially in industrial or manufacturing settings where time efficiency and thread accuracy are critical factors.
Q: Where are Multistart Dies typically applied?
A: They are widely used in manufacturing facilities, workshops, and plants requiring high-performance threading, such as automotive, machinery, and construction sectors-essentially wherever threaded fasteners or components are produced in bulk.
Q: What maintenance is required for optimal die performance?
A: To ensure long service life and precision, periodic cleaning and lubrication of the dies are recommended. This prevents debris buildup, reduces friction, and minimizes the risk of premature wear or deformation.
Q: How does customization enhance the usability of Multistart Dies?
A: Customization allows for dies to be made in specific thread sizes, tolerances, and diameters (usually 10mm to 100mm), catering precisely to your operational and material requirements, thereby increasing efficiency and reducing machining errors.
Q: What benefits do Multistart Dies provide compared to other threading tools?
A: Multistart Dies offer high performance, superior durability, precise threading, and smooth finishes. Their resistance to abrasion and deformation, combined with the ability to handle high torque and a wide range of materials, makes them a reliable solution for demanding threading operations.