What is a hand cleaner? The Audio Tech Ni Power Hand Cleaner Series uses a unique adhesive roller for all models, and is intended to efficiently remove dust and material forces from resin plates, glass, various film sheets, metal plates, etc. Removes almost all fine debris.
Main Features: Dramatically reduces the static charge of the hand cleaner. The handle part of all models has been changed to a conductive material and greatly reduces the static of the hand cleaner itself. Significantly improved usability and greatly reduced weight (up to 25% lighter compared to the 600 series compared to the 600 series). The grip material and shape have been revised.Designed for ease of use, it reduces scratches caused by contact with the grip and material.It also simplifies the retention part of the roller and makes it easier to change rollers. Bearing specifications: Low dust bearing is adopted in the roller, reducing working load and reducing dust.
Abundant line up varieties of rubber material, adhesive strength and size.You can choose according to your needs
The perfect pad for cleaning our butyl synthetic rubber rollers.
*Can be used with butyl synthetic rubber, 30 tack (weak adhesive), 110 tack (medium adhesive) and CNT (conductivity).
Compatible Model Numbers: HC-730/30, HC-715/30, HC-73/30, HC710/30, HC-730/110, HC-715/110, HC-710/110
HC-730CNT, HC-715CNT, HC-73CNT
The glue transfer to the roller is minimized and can be used on butyl rubber.
HC-715/30
Butyl Rubber Adhesive Roller, Low Adhesive, Compatible with Thin Items
Low adhesive rollers are ideal for ultra-thin films and binding.
HC-730/110
Butyl Rubber Adhesive Roller, Medium Adhesive, Compatible with Thick Materials
Medium adhesive roller, perfect for thick film material
HC-730CNT
Conductive Rubber Adhesive Roller, Anti-Static Model
By combining a special conductive filler with a butyl adhesive rubber that has little transfer of rubber components, it reduces friction static between the roller and the material, and also prevents the rubber roller itself from static. In a process that dislikes static electricity, the roller has been stripped to minimize the static charge and greatly reduce the impact on the material.