Fully Threaded Studs Dealers

Using IS-2062 Grade A, En-8, En-19, SS-410, SS-304, SS-316 or any other material as per the specification of the customer. As per IS-1367 Class 5.6, Class 8.8, Class 10.9, Class12.9, ASTM A193 B7, ASTM A193 B8, B8M, B16, ASTM A563 L7, L7M. Surface Treatment: Blackodised, Phosphated, Zinc Plated with yellow, blue, olive green passivation. Threading sizes from M6 to M100 ISO Metric 6g as per IS-4218 or equivalent in BSW / UNC, of following types Full Thread Studs as per DIN 975. Rods with Threading on one side as per DIN 524. Studs with Threading on two sides as per DIN 939, DIN 940, IS 1862 Type A, B & C. Tip-Welding Studs. Tie Rod Studs for Plate Type Heat Exchangers. Square / ACME Thread Studs (Lead Screws). Other Studs as per your specific requirement and drawing.

stud size :- m6 to m40 grade;- ms, 8.8, 10.9, b7 finish:-  plain color, black, zinc finish, hot dip galvanized nd etc.  

With the great support of our in-house storage facility, we are capable to undertake bulk and urgent requirements of the customers. This facility helps us in keeping the stock away from dust, moisture, rain and others damaging factors. From mass to retail requirement fulfillment, we can do it all. Our organization has a widespread trading system to offer our patrons with the goods all year round and make scheduled delivery.Features : Dimensional accuracy Top quality Durable nature

Considering our enormous experience and knowledge in this domain, we are well known for offering Fully Threaded Stud. Our entire products range is made by using supreme quality raw material and state-of-art technologies under the guidance of our experienced professionals. Our offered Fully Threaded Stud is blend with salient attributes like superior quality, low maintenance and long service life. Specifications: Type: Half Full Threaded Special Studs Range: 2mm – 50mm W 18” – 1.12” W 3mm – 1mtr L 532” – 20”L Finish: ColdHot Forged Features: Efficient operations Resistance against corrosion High mechanical strength

The pieces produced are usually complex 3D objects that are converted into x, y, and z coordinates.CNC machine and allow it to complete the tasks required. The milling machine can produce most parts in 3D, but some require the objects to be around the x, y, or z coordinate axis (depending on the need). Tolerances are usually in the thousandths of an