Hinges

\ Without Silent System, without self closing feature, for handleless applications (Sensys 8675)\ Quality classification under EN 15570, Level 3\ Opening angle 110 °\ Door mounting option overlay (B 12.5 mm)\ Integrated overlay adjustment +2 mm / -2 mm\ Integrated depth adjustment +3 mm / -2 mm\ Linear mounting plate with oblong hole height adjustment\ steel in obsidian black

\ Without Silent System, without self closing feature, for handleless applications (Sensys 8675)\ Quality classification under EN 15570, Level 3\ Opening angle 110 °\ Door mounting option half overlay (B 3 mm)\ Integrated overlay adjustment +2 mm / -2 mm\ Integrated depth adjustment +3 mm / -2 mm\ Linear mounting plate with oblong hole height adjustment\ steel in obsidian black

\ Without Silent System, without self closing feature, for handleless applications (Sensys 8675)\ Quality classification under EN 15570, Level 3\ Opening angle 110 °\ Door mounting option inset (B -4 mm)\ Integrated overlay adjustment +2 mm / -2 mm\ Integrated depth adjustment +3 mm / -2 mm\ Linear mounting plate with oblong hole height adjustment\ steel in obsidian black

\ The smooth, soft-close motion of the hinge is the result of a strong damper mechanism that is built into the hinge arm. \ Superb detail and finish, Concealing the damper inside the arm not only enables a larger cylinder than other hinges, but also results in a clean design. \ Doors close smooth and evenly, Having a long piston stroke, the damper’s smooth motion contributes to the customer’s enjoyment of door movement. \ Convenient installation and adjustmentThe effortless, snap connection…

\ The smooth, soft-close motion of the hinge is the result of a strong damper mechanism that is built into the hinge arm. \ Superb detail and finish, Concealing the damper inside the arm not only enables a larger cylinder than other hinges, but also results in a clean design. \ Doors close smooth and evenly, Having a long piston stroke, the damper’s smooth motion contributes to the customer’s enjoyment of door movement. \ Convenient installation and adjustmentThe effortless, snap connection…

\ The smooth, soft-close motion of the hinge is the result of a strong damper mechanism that is built into the hinge arm. \ Superb detail and finish, Concealing the damper inside the arm not only enables a larger cylinder than other hinges, but also results in a clean design. \ Doors close smooth and evenly, Having a long piston stroke, the damper’s smooth motion contributes to the customer’s enjoyment of door movement. \ Convenient installation and adjustmentThe effortless, snap connection…

\ The new technique of Welder anyway snap-on attachment is quick and convenient, Any of three hinge-to-plate assembly methods can be performed :Front pivot towards backRear pivot towards frontSideways straight press-on \ Not only is the efficiency of door attachment improved, but also the connection between hinge and plate stronger, The Anyway snap-on feature is particularly useful in situations of tall doors with multiple hinges. \ Durable, excellent performance, Two-stage closing force…

\ The new technique of Welder anyway snap-on attachment is quick and convenient, Any of three hinge-to-plate assembly methods can be performed :Front pivot towards backRear pivot towards frontSideways straight press-on \ Not only is the efficiency of door attachment improved, but also the connection between hinge and plate stronger, The Anyway snap-on feature is particularly useful in situations of tall doors with multiple hinges. \ Durable, excellent performance, Two-stage closing force…

\ The new technique of Welder anyway snap-on attachment is quick and convenient, Any of three hinge-to-plate assembly methods can be performed :Front pivot towards backRear pivot towards frontSideways straight press-on \ Not only is the efficiency of door attachment improved, but also the connection between hinge and plate stronger, The Anyway snap-on feature is particularly useful in situations of tall doors with multiple hinges. \ Durable, excellent performance, Two-stage closing force…