ADVANEX’s know-how in the development of spring manufacturing has made work easier. Tangless inserts that repair and reinforce screw eyes are built to NASA’s (the National Aeronautics and Space Administration) standards, while the bolt/nut anti-loosening springs: LockOne has been rated (BCJ rating LS0107-01) and InstantLock is a recommended product by the Japan Aseismic Ceiling Constructors Association (JACCA).
TANGLESS® INSERTS
Through the use of specialized equipment, a job that used to take 56 seconds to complete can now be done in 27 seconds (7 seconds if a power tool is used).
There is no need to worry about pitch skipping since there is no tang to remove, nor is there any need to use a screw gauge.
Sorry, this video is only available in Japanese.
TANGLESS® INSERTS KIT
The kit is perfect for using small numbers of Tangless inserts and so ideal for repairing screw eyes or for trial runs.
Since the tool’s composition does not differ from that of a conventional automatic insertion tool, it’s use is relatively painless, even if a switch is made back to the conventional insertion tool.
Sorry, this video is only available in Japanese.
LockOne
Since compression—not axial—force from the spring is employed, even moderate tightening results in a high degree of loosening prevention.
Using an impact-type vibrating tester conforming to the NAS3350 standard, the maximum limit of 30,000 times, was surpassed—meaning that this is a tool that can be used with confidence.
Sorry, this video is only available in Japanese.
InstantLock®
The product is at the same time easily installed with one hand and also highly resistant to loosening thanks to the restoring force of the spring. In both performance and utility, it has been evaluated and recommended by the Japan Aseismic Ceiling Constructors Association (JACCA).
* “Heatnex” is a registered trademark of Advanex Incorporated.
Features
Unlike other surface heating elements that use nichrome or metallic materials, this device generates heat uniformly over its entire surface. With HEATNEX, a flexible, heat-generating material has been achieved by forming carbon nanotubes for resistance and applying them onto a film.
With Advanex
It has been shown that HEATNEX with its far infrared emitting carbon nanotubes delivers 4 to 5 times more heat than metal heating elements. Due to the fact that power consumption through surface heat generation and far infrared rays, is approximately 20% lower than metal heating elements energy savings can be expected.
Technology introduction
Through an application onto film, a flexible heat-generating material has been achieved.
It is now possible to create an ethereal surface heating element through the formation of electrodes in conductive materials, such as paste.
Unlike nichrome wire and metallic heating elements, generating uniform heat over an entire area is now possible.
It is known that far infrared rays emit four to five times as much heat as metallic heating elements.
An energy savings of approximately 20% can be expected from heat transfer via radiant or infrared rays.
