PVC Water Bar Dealers

• Material: PVC
• Color: White
• Country of Origin: India
• Shape: Rectangle
• Usage/Application: Cooling Tower
• Size/Dimensions: 600x300x150mm
• Sheet Thickness: 2mm

A water swellable bar, also known as a waterstop bar or swellable waterstop, is a specialized construction material used in civil engineering and building construction to create watertight seals in concrete structures. Water swellable bars are designed to prevent the passage of water through joints, cracks, or construction gaps in concrete and to provide a reliable and durable waterproofing solution. These bars are particularly effective in situations where a continuous, flexible, and self-healing seal is required. Here are some key features and uses of water swellable bars:   **Key Features:**   1. **Composition:** Water swellable bars are typically made from a combination of natural or synthetic rubber compounds and polymer materials that have the ability to absorb and swell upon contact with water.   2. **Profile:** They are often manufactured in the form of cylindrical bars or strips, which can be installed within construction joints, expansion joints, or around penetrations to create a watertight barrier.   3. **Swelling Properties:** The key feature of water swellable bars is their ability to absorb and swell when exposed to water. This swelling action helps to block water penetration and seal the joint or gap effectively.   4. **Self-Healing:** Water swellable bars have the ability to self-heal minor cracks or imperfections in the concrete over time. As they swell in the presence of water, they can close small openings and maintain the seal's integrity.   5. **Chemical Resistance:** They are often resistant to a range of chemicals, ensuring long-term performance and durability in various environments.   **Uses:**   Water swellable bars are used in a variety of construction applications to prevent water infiltration and create waterproof seals. Some common applications include:   1. **Construction Joints:** They are used to seal construction joints in concrete structures, such as foundation walls, basements, tunnels, and reservoirs, to prevent water from seeping through the joints.   2. **Expansion Joints:** Water swellable bars can be installed in expansion joints of bridges, buildings, and other structures to accommodate movement while maintaining a watertight seal.   3. **Pipe Penetrations:** They are used around pipe penetrations, such as water and sewer pipes, to create a waterproof seal where pipes pass through concrete walls or floors.   4. **Manholes and Sewers:** Water swellable bars can be used in manholes and sewer systems to prevent groundwater infiltration.   5. **Retaining Walls:** They are employed in retaining walls and dams to prevent water seepage through concrete joints and cracks.   6. **Tunnels and Underground Structures:** Water swellable bars are used to seal joints and connections in underground tunnels, subways, and other underground structures.   7. **Swimming Pools:** They are used to create watertight seals around joints and penetrations in swimming pool construction.   Proper installation of water swellable bars is critical to their effectiveness. The bars should be installed according to manufacturer recommendations, ensuring that they are securely positioned within the joint or gap. Additionally, they should be protected from exposure to moisture during storage and handling to prevent premature swelling before installation. Regular inspections and maintenance may also be required to ensure the ongoing performance of the water swellable bars.

Geotextile is permeable flexible membrane a fabric like continues sheet of woven / non woven.We are leading manufacturers of PVC Waterstop and are supplying our product to Govt-semiGovt, Infrastructure projects, Power plant, Refineries, Fertilizer plant, Civil contractors and other agencies. Our product is approved by SSNL, IGNP, NTPC, EIL and other consultant of repute.PVC WATERSTOPS Our present range of manufacturing, (RIBBED Type, DUMBBELL Type and KIKER Type ) 150 mm wide X 4-5 mm thick, 150 mm wide X 6 mm thick, 150 mm wide X 8-11 mm thick 225 mm wide X 4-5 mm thick, 225 mm wide X 6 mm thick, 225 mm wide X 8-11 mm thick 305 mm wide X 9-12 mm thick. JOINTING OF PVC WATERSTOPSWATERSTOPS can be welded with a thermostatically controlled heating or blade welder which is able to adjust the heat up to 250°C for melting the PVC WATERSTOPS as following procedure: Cut Water stops ends straight and true using sharp knife or carbide tipped saw blade. Clean and lightly rough up the WATERSTOPS using wire brush. Preheat the blade welder to 250°C then apply on the cut surface of each end. Allow the PVC WATERSTOPS melt down about 4-5 mm. along each cut surface.Take off the blade welder from the cut surface and hand press neatly each cut surface of WATERSTOPS together. Then check whether the splice was done properly or not by observing no hole, no distortion and, homogeneous. When the splice cooled, observe it carefully again to make sure proper splice, then the spliced WATERSTOPS are ready are ready to be installed. All center bulb waterstop must be aligned.   Major Applications For PVC Waterstops: Cooling Towers , CWS System Dams, canals, water reservoirs and aqueducts Tunnels and culverts Foundations Primary and secondary containment structures Water and waste water treatment facilities