Japan developed anti-loosening bolt technology offered under licensing agreement

A Japanese company established in 1939 that produces thread rolling machines is looking to license out their anti-loosening bolt technology which provides a loosening-resistant alternative to standard bolts currently on the market. They are currently licensing their technology to American and Turkish Companies. They also have a sales tie-up contract with an Italian company. Furthermore, their products are being delivered consistently to customers in south-east Asia. The bolt prevents excessive loosening that occurs due to factors such as vibration, which is a common issue with standard bolds leading to them requiring a large amount of maintenance. This constant need for upkeep leads to a higher chance of human errors. Usage of the anti-loosening bolts therefore leads to increased safety due to the decreased need for maintenance and a lower chance of failure compared to pre-existing anti-loosening fasters which work to prevent the reverse rotation of the nut through friction. Once the loosening forces exceed the friction forces, regularly used bolts start to loosen, which creates the need for maintenance. The anti-loosening bolt prevents this due to its design as a dual-thread, mechanically-locked bolt that fastens with two nuts, each with a different pitch. The bold is designed for repeated use and comes in a wide variety of forms to meet various application needs. The two nuts have different helical paths, and because they move along the same bolt shaft it has the ability to resist loosening even under severe vibration and shock. The inner nut and outer nut travel along two distinct, separate, helix angles causing them to move at different speeds relative to the bolt shaft. The inner nut travels faster than the outer nut and when vibration occurs the slower traveling outer nut prevents the inner nut from loosening. The rate of movement for each nut is pre-set by its pitch, creating the mechanical lock between the two nuts. The locking effect that is made between the two nuts can easily be released by loosening or removing the outer nut, leaving the inner nut to turn freely. The bolt is designed to have comparable tensile strength and fatigue strength to that of a generic single helix bolt of equal nominal diameter. It took the company 14 years to develop the dies that produce the anti-loosening bolt, and they can be used with existing thread rolling machines. Therefore, the Japanese company is looking for bolts or parts manufacturers in the EU with which they can engage in a license agreement. The Japanese company will then supply the EU partner with their form-rolling dies. The Japanese company offers to EU partners to proactively support them with dedicated guidance on the production process and by providing training on how to produce the bolts.