This vibration-damping material can handle all kinds of shakes.
Washing it with water or a neutral detergent brings back the material’s adhesiveness.
Peeling it off slowly from the edge leaves a clean finish. And there’s no color transfer. (Note: Depending on the surface material, slight changes in appearance may be visible.)
Ⅰ adhered the blue and clear (transparent) of the adhesive pad
Ⅱ Slowly remove the blue adhesive pad.
Ⅲ Both the blue and clear colors did not transfer, keeping the clean surface and peeling off.
It’s barely visible and won’t affect the room’s aesthetic.
It’s made of safe material that’s harmless to the human body.
This material has passed an earthquake resistance test of 1000 Gal (equivalent to a seismic intensity class-7 earthquake).
Antibacterial and mold-resistant
The pads reach their full adhesive effect the second they are applied to a surface.
Proseven is the global pioneer in the development of earthquake-resistant pads using urethane gel. Proseven is also the specialised manufacturer of earthquake-resistant pads in Japan, handling everything from research and development to manufacturing and marketing. Urethane gel is a new material that adds ultra-strong adhesion and ultra-low elasticity to gel, which has the properties of both solids and liquids. Proseven earthquake-resistant pads are made in Japan, manufactured entirely in Japan using only Japanese materials. Proseven earthquake-resistant pads are a vibration damping material with excellent flexibility and adhesion, which gives them excellent shock absorption capacity to follow every tremor (forward and backward, left and right, up and down). They conform to the Japan Quality Assurance Organization’s (JQA) Earthquake-Resistant Equipment Fixing Device Inspection Standard (JQACS1117) and have passed the 1,000-Gal earthquake resistance test (seismic intensity class 7). (Tremors in the Great Hanshin Earthquake reached 818 Gal.)
How to Use Proseven Earthquake-Resistant Pads
Simply stick them onto the bottom of the item. It’s that easy, and you don’t need any tools. They can be removed without leaving any adhesive, so you can re-position them to get them in the best spot. You can also use them again and again after restoring their adhesive strength by washing off any dirt with water. (If a pad gets oil etc. on it, remove the oil with a neutral household detergent.)
Cautions when Removing Proseven Pads
To avoid damaging the fitted item or the surface, do not abruptly tear off Proseven earthquake-resistant pads.
Remove light items slowly with a twisting action.
If an item is difficult to remove, put some neutral detergent onto a spatula or thin plastic card, wet it with water, then insert it into the space between the pad and the surface, and remove the item.
Proseven earthquake-resistant pads are widely used to anchor computers and other machinery as well as furniture in the office, and of course, to protect household furniture and appliances that could easily topple in an unanticipated earthquake or accident in your home.
Proseven Pad Applications
I Fine art works and cultural treasures
The pads are 5-mm thick after applying them, so they are well hidden and do not spoil the item’s beauty. For that reason, they are used to anchor fine art works and cultural treasures. (Satsuma Denshokan (Folklore Museum) http://www.satsuma-denshokan.com/den/index.php?id=1）
II Production lines and research laboratories, etc.
In addition, because there is no need for anchor bolts (hole drilling) there are no worries about dust or fine particle. Taking advantage of this feature, they have been frequently used in clean rooms, R&D lines, production lines, and so on.
Some of our customers...
Toyota Motor Corporation
NHK Spring Co., Ltd.
Stanley Electric Co., Ltd.
Sumitomo Wiring Systems, Ltd.
Aisin Seiki Co., Ltd.
Fuji Xerox Co., Ltd.
Asahi Kasei Corporation
Mitsubishi Electric Corporation
National Institute of Advanced Industrial Science and Technology
National Center for Global Health and Medicine
Ⅲ Yachts and leisure craft
Other applications include using the pads to protect luggage, equipment, and devices inside yachts and leisure craft, etc. from the impact of waves.
Proseven Pad Environmentally Friendly
Proseven earthquake-resistant pads have passed off-gas (VOC) analysis (they do not give off volatile toxic substances harmful to health). They conform to the Restriction of Hazardous Substances Directive (Green Procurement Standard), they do not give off harmful organic gases, and they contain no lead, hexavalent chromium, mercury, cadmium, etc., which means they are a reassuringly safe, environmentally friendly material. They can be used in a wide temperature range, from -20°C to 75°C. For hygiene safety, they are also antifungal (JIS Z 2911 Fungus Resistance Test).
Proseven Pad Physical Properties
In addition, Proseven earthquake-resistant pads meet the safety standards of numerous public institutions and have received approval for tender to all Japanese government ministries and agencies.
Earthquake resistance: Passed 1,000-Gal earthquake resistance test (seismic intensity class 7)
Fire resistance: Conforms to Fire Test UL94 Standard V-2.HB (normal beam technique compliant)
Adhesion: 3,550 N (vertical) and 1,550 N (horizontal) in an adhesion test using one 100 ｍｍ x 100 ｍｍ pad
Light resistance: No discolouration or degradation after 7days at ultraviolet intensity of 255W/m2 in advanced light-stability test (Data at hand)
Proseven has developed the only earthquake-resistant pads in Japan from eco-friendly, high-performance biomass. With the environment a key issue, the pads contain plant-derived constituents, making them a safe, reassuring, and environmentally friendly product. Compared to the conventional product Proseven has greatly increased earthquake resistance load to 1.4 kg/cm2 (conventional product is 1 kg/cm2), inhibited degradation, greatly improved product life to about 8 to 10 years (conventional product is 5 to 7 years), and also made them antibacterial as well as antifungal (JIS Z 2801 Antibacterial Performance Test). Having obtained Biomass Mark certification, we are contributing to the prevention of global warming and the reduction of CO2 emissions.