Ballistic point,sharp, not cut point.
Very stable Core hardness HRC52-54.
Description: Low Velocity 1/4" 20UNC Threaded Studs
Head dia.6.3mm / 1/4"-20UNC
Product Details
At the same time, we do the job actively to do research and improvement for High Velocity .22 Purple Strong Cartridge, Internal Threaded Stud, Ramset Drive Pins. With the corporate philosophy of 'pioneering and innovative, perfection, honesty and pragmatism', we cultivate professional talents who are 'proactive, united, cooperative, and brave to innovate'. It was an issue for every enterprise to consider that how to gain a foothold in the fierce construction market and remain invincible for a long time in the competition of survival of the fittest. We respect colleagues, customers, and jointly create a fair, caring, healthy and safe professional environment.
1/4-20UNC Threaded Studs with Cap and Fluted Washer
M1/4 type – with cap & flute Description: Low Velocity 1/4" 20UNC Threaded Studs Head dia.6.3mm / 1/4"-20UNC Shank dia. 3.7mm / .145" Thread size available (mm): 11, 20, 32 Nail ending: Ballistic point Surface: Galvanizing Shank size available (mm): 12, 20, 25, 27, 30, 32, 40 Accessory: 6.3mm dia. plastic hat Shank can be knurled
Established in 1998, Easy Metal is one of the leading 1/4high-strength galvanized threaded studs with cap and fluted washer manufacturers and suppliers in China. Offering quotation consultation service, we warmly welcome you to buy discount and competitive price products made in China from our factory.
As a way to finest meet up with client's wants, all of our operations are strictly performed in line with our motto 'High Quality, Aggressive Price, Fast Service' for Threaded Weld Studs with Reduced Shaft (RD). Through years of hard work, we have reached a new height in terms of management, service and product quality. Our business is all over the world. We need to continuously expand our company's business scope and provide customers with better services, so that more people can choose us then truly increase our economic efficiency.