3M™ SJ3552CF

3M ™ Dual Lock ™ SJ3552CF open and close fastening system solves fastening problems without the need for special tools or complex mechanical fastening systems. This system features a high strength acrylic adhesive that adheres well to a wide range of medium to high surface energy materials, including some plastics, metal, glass and painted surfaces.

Ideal for fixing access doors, panels, signs, display components and many other parts often subjected to opening and closing, for simple and frequent access with minimal loss of adhesion strength over time. This open and close fastening system has 26 peduncles per cm² and a thickness of 5.7 mm.

Features

•     Black colored fastening system with mushroom shaped peduncles and high strength pressure sensitive acrylic adhesive backing
•     Type of fixing system in polyolefin with pedicle density of type 170 compatible with types 250 or 400.
•     Five times higher tensile strength than traditional hook and loop fastening systems
•     Common industry, special vehicles, transportation, military, packaging, medical, point of sale displays, exhibitions, electronics, construction, furniture, maintenance, repairs and operations.
•     Designed to adhere to metals and glass, as well as to plastics and painted surfaces with medium-high surface energy
•     Foam tape backing allows good contact with uneven or thinly textured surfaces

3M ™ Dual Lock ™ SJ3552CF open and close fastening system offers excellent performance at high temperatures, ranging from -30 ° C to 70 ° C in the long term (+95 ° C in the short term) and can be used for outdoor applications. inside and outside.

Ideal for metals (aluminum, stainless steel), glass and plastics with high surface energy (acrylic, polycarbonate, ABS) as well as painted surfaces and supports more than 1000 open / close cycles before losing 50% of the original tensile strength. Ideal for fixing access doors, panels, signs, display components and many other parts often subjected to opening and closing, for simple and frequent access with minimal loss of adhesion strength over time. It has 26 peduncles per cm² and a thickness of 5.7 mm.