
It is ideal for a short-term outdoor use for which a minimum of retro-reflection is required. Its pressure activated adhesive is easy to apply and can be removed after service life...
It is ideal for a short-term outdoor use for which a minimum of retro-reflection is required. Its pressure activated adhesive is easy to apply and can be removed after service life...
ORALITE® 5400 Commercial Grade are weatherproof, self-adhesive retroreflective films with a high level of flexibility and an excellent corrosion and solvent resistance Reflecti...
Reflective film (RA1, A, 110 micron). ORALITE® 5500 Engineer Grade are weatherproof, self-adhesive retroreflective films with excellent corrosion and solvent resistance.
Is a non-metalized microprismatic reflective sheeting designed for production of retroreflective commercial signs, non-critical traffic control signs that are exposed vertically in...
3M™ Engineer Grade Reflective Sheeting Series 3200 meets ASTM D4956 Type I and is an enclosed lens, pressure sensitive adhesive-coated sheeting with an easy release liner, in...
Retro-reflective, non-metallic, microprismatic film, designed to create permanent road signs, devices for temporary signs and deliners
Very high reflective, self-adhesive film Certified UNI 12899:2007, ETA, RA2, CE Mark, MD 31 MARCH 1995
Series 3930 prismatic sheeting with pressure sensitive adhesive is a reflective sheeting with a unique construction providing high levels of retroreflectivity for multiple traffic ...
Highly-conformable option for the construction traffic control devices. Both non-metalized and corrosion-free, this sheeting can be applied to surfaces in a variety of shapes, size...
3M™ High Intensity Flexible Prismatic Reflective Sheeting Series 3310 is intended for reflectorizing rigid or reboundable traffic control devices such as barricades, delineat...
Panels made with 3M™ Reflective Sheeting laminated to thin gauge aluminum for the linear reflectorization of concrete barriers and metal guardrails.
Range of high reflective film with high photometric yield both at long and medium distances