Premium Waterproof Waterstop with Steel Edge for Custom Solutions

• Customization: Available
• After-sales Service: Three Months
• Certification: ASTM
• Model NO.: 1-1
• Thickness: 4mm
• Whether to Support Customization: Support
• Material: Rubber
• Cross-Sectional Shape: Bar
• Unit: Rice
• Transport Package: Container
• Specification: 1-100
• Trademark: Huilin
• Origin: Handan, Hebei
• HS Code: 0101101010
• Production Capacity: 50000

Product Description

Rubber waterstop is a highly effective waterproofing material predominantly employed in industries like construction, water conservation, and underground engineering. Its primary role is to create an impermeable barrier within buildings and structures, thereby thwarting water infiltration through joints. Below, we offer a comprehensive overview of rubber waterstops:

1, Definition and Purpose

Rubber waterstop is a specialized product composed mainly of natural or synthetic rubber, enhanced with various additives and fillers, and crafted through processes like plastic molding, mixing, and pressing. It is indispensable for use in construction joints, deformation joints, and settlement joints during the in-situ pouring of concrete, seamlessly integrating with the concrete structure to deliver exceptional waterproofing and sealing performance.

2, Specification and Model

Rubber waterstops are available in a multitude of specifications and models tailored to diverse project requirements. Common specifications include width, thickness, and length, all of which can be customized to suit the project's unique demands. Additionally, rubber waterstops are designed in various shapes—such as bridge, mountain, P, R, U, Z, etc.—to accommodate the different waterproofing requirements of various structural parts.

3, Usage and Precautions

1. Usage:

Prior to construction, ensure that the surface is meticulously cleaned to remove impurities like dust and oil residues.

Adjust the rubber waterstop to the desired length and width based on specific project needs.

Employ specialized adhesives or fasteners to securely affix rubber waterstops to concrete structures.

During concrete pouring, verify the precise placement of the rubber waterstop to prevent any displacement.

2. Precautions:

Safeguard the rubber waterstop from potential damage caused by machinery, steel bars, etc., during transport and installation.

Minimize the number of joints in rubber waterstops and implement reliable connection techniques such as lap welding or vulcanization bonding at the joints.

Ensure that the operating temperature for rubber waterstops remains within permissible performance limits, avoiding use in extreme temperature conditions.

For water swelling rubber waterstops, closely monitor expansion rates and conditions to prevent overexpansion and subsequent damage.

4, Application Scenarios

Rubber waterstops find extensive application in diverse construction projects, including underground facilities, tunnels, culverts, aqueducts, water retaining dams, liquid storage tanks, sewage treatment plants, and subway systems. In these settings, rubber waterstops serve as critical barriers, effectively obstructing water from infiltrating building interiors through joints, thereby ensuring project safety and stability.

In conclusion, rubber waterstop stands as a pivotal waterproofing material with vast potential in construction engineering. By judiciously selecting and utilizing rubber waterstops, one can significantly enhance the waterproofing capabilities and longevity of buildings.