Type 3344,Wall bearing Ø 33,7 mm untreaded

Single body four outlet pipe fitting, for connecting three pipes with four 90° elbows and one variable elbow. A continuous pipe and two pipe ends are connected to a cross at a freely adjustable angle using this pipe fitting. The pipes are fixed with four screws. Finish: untreaded aluminum

Single-shell pipe connector with an outlet for parallel attachment of a pipe to a surface. The pipe connector has a rectangular wall plate with two holes for fastening. The slotted wall bearing is clamped tightly around the pipe by tightening a screw. The screw and sleeve are connected to each other through the hole. The pipe connector is therefore suitable for larger tensile forces. Finish: untreaded aluminum

Single-shell pipe connector with two outlets for parallel attachment of a pipe to a surface. The pipe connector has a rectangular wall plate with four holes for attachment. The slotted wall bearing is clamped tightly around the pipe by tightening the two screws and sleeve nuts. The screw and sleeve are connected to each other through the holes. The pipe connector is therefore suitable for larger tensile forces. Finish: untreaded aluminum

Single-shell pipe connector with two outlets for parallel attachment of a pipe to a surface. The pipe connector has a wall plate with two holes for attachment. The slotted wall bearing is clamped tightly around the pipe by tightening a screw and sleeve nut. The screw and sleeve are connected to each other through the hole. The pipe connector is therefore suitable for larger tensile forces. Finish: untreaded aluminum

Single-shell pipe connector with two outlets for a continuous pipe. This pipe connector is combined with article 3317 or 3316 to form a T or cross. With this pipe connector, the pipe is fixed by a grub screw. Finish: untreaded aluminum

Single body pipe fitting with single pipe end outlet. This clamp can be combined with clamp 3316 to form a T or a cross. The pipe is fixed in the pipe fitting with a screw. Finish: untreaded aluminum