TEMBO®-UM is a homogeneous PVC-P membrane which is manufactured on high-quality plasticized polyvinyl-chloride (PVC-P). The material has a top signal layer that is bright yellow to discover quickly any damage(s) to the waterproofing during its installation or transportation. The process of production is a state-of-the-art, high-tech automated line by co-extrusion on a base of high grade plasticized polyvinyl-chloride (PVC-P), which ensures that the product’s best qualities are maintained.

APPLICATIONS:

  • Residential Apartments.

  • Commercial Offices and Warehouses.

  • Underground Structures: Basements, Tunnels and Underpasses.

  • Retail Units and Storage Areas.

  • Leisure facilities like Swimming pools and Stadiums.

  • Roofs.

  • Bridges, Dams and Artificial Ponds.

  • Elevator Pits.

  • Balconies.

  • Parking Areas.


EXTRA FEATURES:


1200628.jpg

APPLICATION METHOD: The membrane is loose laid on the walls, roofs and/or tunnel arches. Then the material is fixed mechanically with PVC roundels. Overlap seams are then welded by hot air welding equipment, either by a hand held hot air welding machine and pressure rollers or automatic hot air welding machines with temperature control.


CAUTION: Avoid any contact with materials containing bitumen or solvents. Direct contact with polymeric materials made of polystyrene (EPS, XPS) is also not advised.


PACKAGING: Since the membrane is a PVC-P based material, its qualities maybe distorted by exposure to Ultra-Violet (UV) radiation. Therefore each roll is wrapped in non-transparent polypropylene film.


IMG_1091.jpeg

STORAGE: Preferably rolls should be stored horizontally (lying down) on pallets in their original packing fully protected from moisture and the elements like direct sunlight, rain, and snow, with clean canvas tarpaulins.

NB: Maintain a minimum of 1 m from any and all sources of heat.


TRANSPORTATION: It should be transported in a covered vehicle, horizontally. Not more than three rows in height.


PRODUCT TECHNICAL DATA

PHYSICAL AND MECHANICAL SPECIFICATIONS

CHARACTERISTICS PERFORMANCE
Tensile Strength, N/500mm >=500
Mass per unit area, kg/m >=1.550
Thickness, mm 1.00(+/-5%) 1.20(+/-5%) 1.50(+/-5%)
Water Permeability No Penetration
Elongation, % >=300
Resistance to tearing (Nail Shank), N >=250
Dimension Stability, % <=2.0
Reaction to fire E
Root Resistance No Penetration
Colours Yellow, Black


DIMENSIONS

MEMBRANE THICKNESS, MM LENGTH X WIDTH OF A ROLL, M
1.0 >=1.4 X 20
1.2 >=1.4 X 20
1.5 1.3 X 20


INSTALLATION PROCEDURES: Depending on the type and method of excavation, the sequence for the installation of TEMBO®-UM membrane systems will be different and this must also be taken into consideration during the design phase.

OPEN CUT EXCAVATION METHOD

An open cut excavation with sloping sides or retaining walls with enough space for access to the structure, results in double-sided form-work for casting concrete walls. The water bars are positioned and fixed into the form-work before concreting. The TEMBO®- UM membrane is welded to the waterbars after the concrete is placed and form-work is removed from the walls.

Untitled-10.jpg

SEQUENCE OF INSTALLATION:

  1. Lining with the TEMBO®-UM membrane before the base slab is poured.

  2. Placing reinforcement and concreting the base slab.

  3. Positioning the joint water bars into the form-work for the walls.

  4. Concreting the walls.

  5. Positioning and welding the TEMBO®-UM membrane around the walls.


CONSTRUCTION WITH PILED / DIAPHRAGM WALLS

As there is no access to the outer side of the external walls using this method of construction, the entire TEMBO®-UM membrane system must be installed before placing the concrete. The fixing of single-sided form-work must then be done without damaging or penetrating the TEMBO®-UM membrane.

Untitled-13.jpg

SEQUENCE OF INSTALLATION:

  1. Lining with the TEMBO®-UM membrane below the base slab and on the inside of the- retaining walls.

  2. Concreting the base slabs and the wall.