■ 제품필수정보
제조사 |
3M |
제조사품명 |
SJ6553T |
간략설명 |
3M PUR Self Adhesive Feet, 11mm diameter x 3.05mm height |
■ 제품사양
장착형태 = Adhesive Thickness = 3.05mm Diameter = 11mm Material = PUR
최대 작동 온도 = +66°C
시리즈 = SJ6553
최소 작동 온도 = -34°C 3M Bumpon??SJ6553 Transparent Elastic Buffers Introducing the SJ6553 Bumpon??Quiet Clear Protective Products from 3M, these are self-adhesive, hexagonal base and shaped to a point. These transparent mounts are constructed from a softer and high-quality urethane rubber bumpers. They can provide superior non-slip functionality and can withstand heavy pressure compared to standard 3M Bumpon??Protective Products. The SJ6553s design can be used in woodworking as a cushioning stop. Features and Benefits Made from Urethane, free of plasticizers Quick and easy to install with pressure-sensitive adhesive Leaves no scratches or stains on the surface Reduces vibrations and noises Long ageing resiliency 11 mm wide 3.05 mm high High anti-slip properties Stays super soft and flexible3M??Bumpon??Protective Product SJ6553 is a self-adhesive rubber bumper designed to be used as feet, stops and spacers. The hexagonal base design with cone shaped top used in woodworking as cushioning stop. Typical applications All 3M??Bumpon??Protective Products feature a urethane composition Easy application with 3M pressure-sensitive adhesives High skid-resistance Wont scratch or stain surfaces Reduces vibration and noise Will not crack or harden3M Bumpon??Protective Products can be used almost anywhere slamming, scratching, sliding, vibration or noise is an issue for your product. Applications these can be used are: Dampening vibrations and sounds of small household appliances, objects or electronic devices. Devices include telephones, keyboards, scales, speakers or dispensers. Spacers for aligning picture frames, for electronic and automotive applications. Also during transport to avoid damage and keeping parts separate. Additionally, they can be used as stops or bumpers for doors, flaps and drawers. This can improve the longevity of these components.