Waterproof and Wear-Resistant Rubber Waterstop for Custom Projects

• 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 an essential waterproofing material widely utilized in construction, water conservancy, and underground engineering sectors. Its primary function is to act as a formidable barrier, safeguarding structures by preventing water from infiltrating through the joints into the interior spaces. Below is a comprehensive overview of rubber waterstops:

1, Definition and Purpose

Rubber waterstop is crafted from natural or synthetic rubber, ingeniously blended with a variety of additives and fillers. This material undergoes meticulous processes such as plastic molding, mixing, and pressing, resulting in a superior waterstop product. Its pivotal role is observed in construction, particularly at joints where concrete is poured on-site—such as construction, deformation, and settlement joints—where it integrally bonds with the concrete structure to deliver unparalleled waterproofing and sealing capabilities.

2, Specification and Model

Rubber waterstops are available in an array of specifications and models designed to meet diverse project requirements. Key specifications include width, thickness, and length, all of which can be finely customized to suit specific project demands. Additionally, these waterstops are available in multiple shapes—bridge, mountain, P, R, U, Z, among others—catering to the distinct waterproofing needs of various sections within a project.

3, Usage and Precautions

1. Usage:

Prior to construction, it is crucial to meticulously clean the construction surface to ensure it is free of any impurities, dust, or oil stains.

Tailor the rubber waterstop to the required measurements by cutting it according to the precise length and width necessary for the project.

Employ specialized adhesives or fasteners to securely affix the rubber waterstops to concrete structures, ensuring steadfast installation.

During concrete pouring, careful attention must be paid to the exact position of the rubber waterstop to prevent any displacement that could compromise its effectiveness.

2. Precautions:

Throughout transportation and construction, safeguard the rubber waterstop from potential damage by machinery, steel bars, and similar hazards.

Minimize the joints of rubber waterstops as much as possible, and employ reliable connection techniques like lap welding and vulcanization bonding to secure the joints effectively.

Ensure that the operating temperature for rubber waterstops remains within their permissible performance range to avoid degradation in extreme temperature conditions.

When dealing with water swelling rubber waterstops, carefully monitor their expansion rate and conditions to prevent overexpansion, which could damage the waterstop.

4, Application Scenarios

Rubber waterstops find their place in an expansive range of construction projects, from underground facilities, tunnels, and culverts to water conveyance aqueducts, water retaining dams, and liquid storage structures. They are also pivotal in sewage treatment plants and subways. Within these applications, rubber waterstops excel in preventing water ingress through joints, thereby preserving the safety and structural integrity of the projects.

In conclusion, rubber waterstop stands as a vital waterproofing material with immense potential in construction engineering. Strategic selection and application of rubber waterstops significantly enhance the waterproof efficiency and longevity of buildings, cementing their status as indispensable in modern construction.