KENCHIKU NO TOMO KBK-2 Suction Cup/ Revolution Hook/ Small Suction Cup 58mm

Manufaturer:	KENCHIKU NO TOMO
Model:	KBK-2

Product code

111-66161

Price: Contact

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Description

Suction cups that stick firmly with adhesive gel! For use on walls only
Suction cup diameter: Approx. 58mm
Material: Lever, base post: polycarbonate, spring, stop pin: stainless steel, suction cup base: thermoplastic polyurethane, adhesive gel: urethane elastomer
Load capacity details
Uneven load capacity: 4kg *The load capacity for durability when hung on an uneven acrylic board. (Based on our research)
Glass surface load capacity: 4kg *Sustained hanging load and durability value for normal smooth glass (according to our research)
Tensile strength test on glass surface: 13 kg *Results of suction and tensile tests on smooth 4 mm thick glass plates conducted at a testing laboratory. (Tested at a testing laboratory)
Applicable places: Tiles, glass, frosted glass, furniture, walls, flooring, car dashboards, etc. that meet the following requirements (*Only places that are not curved)
A place where the suction cup's adhesive surface can maintain a vacuum and water cannot penetrate
Air and water impermeable material
Tiles, metal, glass (including frosted glass), plastic, mirrors, and other surfaces with vinyl, waterproof, or painted surfaces where the suction cup can maintain a vacuum.
*Some tiles have small invisible holes, in which case the product cannot be installed. Also, if the product is installed on tiles in the bathroom that have scale marks or stubborn dirt, the product may fall off.
Places where it cannot be installed: The following items: unpainted wood, walls, concrete, brick, wallpaper, cloth, leather, natural stone (including marble), tile edges, etc., places where air passes through or where water may seep in. *The thinner the area to which it is attached and the rougher the surface, the weaker the adhesive power will be.
The adhesive gel does not adhere well to uneven surfaces and grooves that create gaps
Where the suction cup's adhesive surface cannot maintain a vacuum
Where water seeps in
Air and water permeable material
Where the base of the adsorption surface is curved
Places where there is a possibility of damage to the base, such as thin glass or soft objects