Wells 400mm-full range of sewage wells

Wells 400

A full range of 400mm sewage wells, draining of household and commercial sewage. The composition includes pass-through kinematics, Mass kinesis, aggregate kinesis with left inlet, aggregate kinetes with right intake, molars, cones, telescopes.

 Show Moreexpand_more
 Show Lessexpand_less

Subcategories

Through-feed kinetes with PP fi 400mm with outlets at 160mm, 200mm, 250mm, 315mm and 400mm.
Pass-through Kinetes
Mass kinetes with PP fi 400mm with outlets at 160mm, 200mm, 250mm, 315mm and 400mm.
Aggregate Kinetes
Left inlet kinetes with PP fi 400mm with intake at 160mm and 200mm
Kinety Intake Left
Right inlet kinetes with PP fi 400mm with intake at 160mm and 200mm
Kinety Intake Right
Molars fi 400mm with PP and PVC, corrugated and smooth pipes.
Molars
Concrete cones for telesmiers fi 315mm.-Cones with mannose.
Cones
Fi 315mm telescopes with iron cover with grille or full cover. Wells 400mm
Telescopes
PP lid for Well fi 400mm-Drainage wells fi 400mm
PP Covers
Other well articles fi 400mm-baskets and holders
Other

Active filters

  • Diameter: 400/400/400mm clear
Feed-through kinetics for corrugated pipe outlet 400/400mm
Out-of-Stock
Feed-through kinetics for corrugated pipe outlet 400/400mm
Through tube tubes designed for corrugated pipes with a diameter of fi 400mm and a discharge of 400mm for smooth pipes, made of polyvinyl chloride (PVC) in Orange, is intended for joining sewage pipes and wells, draining impurities Outside the building. Kineta with gasket made of the highest quality plastic, is durable and reliable in joints. 
Details View details  
Pass-through Kineta for smooth pipe 400/400
Out-of-Stock
Pass-through Kineta for smooth pipe 400/400mm
Through tube for smooth tubes with a diameter of fi 400mm and a discharge of 400mm also for smooth tubes, made of polyvinyl chloride (PVC) in Orange, is intended for joining sewage pipes and wells, draining Impurities outside the building. Kineta with gasket made of the highest quality plastic, is durable and reliable in joints. 
Details View details