Ø42,4 mm

Short Tee. Provides a perpendicular connection between two tubes. Top fitting for straight and level railing uprights. This fitting cannot be used to join a horizontal tube within the fitting.

Short Tee, long. Same as type 2 but longer, with three adjusting screws.

Short Slope Tee Variable angle 0° - 11°. Top fitting for up to 11° uprights. This fitting can not be used to join horizontal tube within the fitting.

Reducing Short Tee. Used as Type 2. Rediction fitting makes it possible to design structures in two different tube diameters.

Reducing Short Tee. Used as Type 2. Rediction fitting makes it possible to design structures in two different tube diameters.

Short T-clamp 45°. Connects horizontal and vertical pipes at a 45° angle. The clamp is made of hot-dip galvanized malleable iron, durable, corrosion-resistant and long-lasting. Meets TÜV requirements.

Long Tee. Similar to Type 2. This fitting can be used where a join is required in the horizontal tube.

Long Slope Tee - Variable angle 0° - 11°. Similar to Type 2SE. This fitting can be used where a join is required in the horizontal tube.

Swivel Tee. Male spigot may be secured within another fitting for variable angles in hand railings for staircases, ramps and similar structures.

Elbow 90°. Elbow joint fitting used as an end fitting for the top rail.

Slope Elbow 90° Variable angle 0° - 11°. Elbow joint fitting used as an end fitting for the top rail up to 11°.

Adjustable Short Variable angle 45° - 60°. This adjustable angle clamp is used to join tubes between 45° and 60°. Use for diagonal braces, struts and an angled top rail joint to vertical posts on stairs.

Straight Coupling. Joint clamp for tubes of the same diameter. Do not use for heavy vertical loads. Alternative clamp is Type 9 used as an internal spigot.

Internal Coupling. A streamlined flush joint in two tubes of the same size. Wall thickness must be 3.2 mm. Do not apply direct loads to this joint.

Wall Flange. This clamp is used on structures where positional fixing is required. Do not use as a base flange to support guard railings or similar systems.

Square base plate. Use this tubefitting for positioning constructions. Due to the shape of the base plate, it can be fixed nicely on a surface at a 90° angle. Do not use it as a base for supporting safety railings or similar contructions.

Railing Base Flange. Strong baseplate to support vertical post. Vertical wide rib with two setscrews increases the strength of the clamp. The fixing holes in the base flange should be in line with the applied load.

Slope Railing Base - variable angle 0° - 11°. Base fitting for railings designed on slopes up to 11°.

Horizontal Base Railing Support. Side-mounting clamp for vertical posts. tube cannot pass through this clamp. Designed for palm fixing guard railings and balustrades to walls, parapets, steps and ramps.

Vertical Base Railing Support. Similar to Type 13, these applies even more to Type 13.

Three Way Top Corner. Corner joint (90°) clamp used for top rail corners and any other rectangular system.

Corner With Trough Tube 90°. Often used on intermediate rail corners to match Type 18, tube passes through the clamp.

Two Socket Cross. 90° joint clamp between the middle rail and an upright on railings.

Two Socket Slope Cross. Joint clamp between the middle rail and upright on slope railings up to 11°.

Adjustable Two Socket Cross. This variable angled clamp may be used at any selected angle between 30 and 45 degrees. Type 7 can be used for the top rail.

Side Outlet Tee. 3-direction clamp used to fix uprights with 3 horizontal tubes that are perpendicular to each other. Upright tube passes through the clamp.

Four Socket Cross. 4-direction clamp used to fix uprights with 4 horizontal tubes that are perpendicular to each other. Upright tube passes through the clamp.

Railing attachment up to 45°. Tube fitting for railing with an angle of inclination of up to 45°.

Crossover 90°. Crossover clamp (90°). Used for long tube intersections with uprights where decreasing cutting cost and increasing strength of the system with continuity of the tube is desired.

Reducing Crossover 90°. Used as Type 28. reduction fitting makes it possible to design structures in two different tube diameters.