Lock Nuts Dealers in Delhi

We make available finely fabricated Lock Nuts in varying sizes. In order to deliver flawless range of products, we keep stern check on the product development, storage, packaging and delivery. In order to deliver high quality product range, we make use of the premium raw material that is sourced from the reliable places and that too after complete quality assurance.

Placed in Himachal Pradesh(India), ours is an emerging company serving the clients with broad range of products. Our products are tested on various parameters during the production process to ensure their adherence to the industrial quality standards.It is a nut that resists loosening under vibrations.

We are offering Nylock Nuts, offered by us, are available in various specifications to match up with the needs of the clients. We provide Nylock Nuts at competitive prices at a very brisk pace.

We offer customized Industrial Nylock Nuts in varied sizes and dimensions that match the specifications and drawings provided by the clients. We are recognized as one of the most famed Self Locking Nylock Nuts Exporters from India. The optimum quality metal used in the manufacturing ensures high durability and tensile property. Additionally, Wholesale Nylock Nuts are also available at the most prolific deals.

Self-Clinching Nuts are made of heat-treated steel, stainless steel or aluminum and are designed to be installed into a pre-drilled or punched hole so the nut is flush on the back side. Generally installed in sheet metal or other thin material that is to thin for tapping threads

Self-Clinching Nuts are made of heat-treated steel, stainless steel or aluminum and are designed to be installed into a pre-drilled or punched hole so the nut is flush on the back side. Generally installed in sheet metal or other thin material that is to thin for tapping threads.

We are engaged in the supply of Lock Nuts in accordance to various Industrial Standards. Appreciated for Durability, Dimensional Accuracy and High Rigidity. The Lock Nuts effectively reduces the torque that is formed by tightening the screw. The principle of the design of a locking element is to apply a substantial radial force to two interfacing, machined surfaces and to use the resulting frictional resistance to transmit a tangential force and, in some cases, withstand an axial force along the shaft.