Dseal Range of Expansion joints systems

Introducing the Dseal Mechanical Expansion Joint System – engineered for superior performance in parking areas and interior carpark levels. Visit Dseal for more information.

MATERIAL:

• Aluminium

• Steel

• Nitrile

COLOUR:

• Black

• Grey

VERSION:

• Flat

• Angle

CHARACTERISTICS:

• Designed for Floor Expansion Joints in interior carpark levels, access ramps, and areas with slow vehicle traffic.

• Suitable for Joint Gaps ranging from 50mm to 65mm.

Learn More: This floor expansion joint system is ideal for indoor floor joints with gaps between 50 mm and 65 mm. It is built to handle medium heavy traffic from vehicles with pneumatic loads up to 90 kN and intense traffic from light vehicles.

Specifications:

• Pre-drilled Side Strips: Available in 3m lengths, made from galvanized steel or stainless steel.

• Nitrile Insert: Provided in roll lengths of 15m.

• Types Available: Floor-to-floor and floor-to-wall with exposed skirting.

• Color Options: Black or grey inserts.

• Material Options for Side Strips: Galvanized steel, stainless steel, or mill finish aluminium.

Load Capacity: The specified load capacity applies to the joint in its initial position. Note that the load capacity significantly decreases with joint movement, limiting the product to light pedestrian traffic. These values are based on vehicles with pneumatic wheels having a contact area of 200x200 mm.

Visit our website for more details and to explore our range of world-class Dseal building expansion joints and covers, EPDM seals, and TPR and TPE profiles.

At Dseal, we take immense pride in our expansion joint systems—the backbone of modern construction. Here’s why Dseal stands out as the best in trade:

1. Quality Beyond Compare:
   
   

   • Our expansion joints are meticulously engineered using premium-grade materials.

   • Rigorous testing ensures they meet and exceed industry standards.

   • From thermal expansion to seismic movements, Dseal joints maintain their integrity.

2. Cutting-Edge Technology:
   
   

   • We blend tradition with innovation, leveraging the latest advancements.

   • Our elastomeric formulations flex, adapt, and endure, safeguarding structures against wear and tear.

   • Dseal expansion joints are the epitome of technology-driven excellence.

3. Service Excellence:
   
   

   • Our commitment extends beyond products—it’s about partnerships.

   • Dseal provides expert guidance, installation support, and post-project assistance.

   • We’re not just a supplier; we’re your trusted ally.

4. Brand Reliability:
   
   

   • Architects, engineers, and builders trust Dseal for seamless integration.

   • Our brand symbolizes reliability, durability, and peace of mind.

   • When it comes to expansion joints, Dseal is the name you can count on.

Choose Dseal for expansion joints that withstand the test of time. Let’s build a future that’s resilient, efficient, and technologically advanced—one joint at a time! 🏗️🔗🏢

For more information, visit the Dseal website.

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Expansion joint cover systems are essential components in modern construction, enabling buildings to safely accommodate movement and maintain their integrity and aesthetics. They are commonly found between sections of buildings, bridges, sidewalks, railway tracks, piping systems, ships, and other structures1. Expansion joint cover systems play a crucial role in preventing damage to finishes like tiles and drywall, which can be caused by the natural expansion and contraction of building materials due to temperature fluctuations and other factors1. This report provides a comprehensive overview of building expansion joint covers and systems, encompassing their types, materials, technical specifications, application processes, and various uses.

Types of Building Expansion Joint Covers and Systems

Expansion joint covers and systems are designed to accommodate different types of movement and applications within a building. Expansion joint covers need to cope with four main types of building movement:

• Thermal Expansion and Contraction: Movement caused by the structure expanding and contracting with temperature changes, or shrinking as it dries out2.

• Building Settlement: Movement caused by the dead and live loads of the structure on the supporting foundations2.

• Wind Sway: Movement caused by the effect of strong winds on the structure, which is more pronounced on tall buildings2.

• Seismic Activity: Multi-directional movement caused by seismic events, can be significant depending on the magnitude of the seismic activity2.

The main types of expansion joint cover systems include:

• Floor Expansion Joint Covers: These cover systems are designed to manage movement in floor slabs and ensure a smooth transition for pedestrian and wheeled traffic. They are typically made of aluminum, stainless steel, or a combination of metal and elastomeric materials3. When choosing floor expansion joint covers, it's important to consider factors such as material and design, size and movement capacity, application, and installation5. Examples include:

• Hinged cover plates: These are suitable for pedestrian and light cart traffic and can accommodate thermal movement4.

• Gasketed floor joint covers: These have a minimal exposed surface and a sealable gasket for infection control6.

• Heavy duty options: These are available for areas with high traffic, such as airports, where heavy rolling loads are expected7.

• Wall and Ceiling Expansion Joint Covers: These systems manage movement in walls and ceilings, preventing cracks and damage to finishes. They are often concealed within the wall or ceiling structure and can be made of various materials, including metal, PVC, and elastomeric seals3.

• Exterior Expansion Joint Covers: Designed to withstand harsh weather conditions, these covers are typically made of durable materials like aluminum, stainless steel, or EPDM rubber. They are used in exterior walls, roofs, parking garages, and stadiums1.

• Compression Seals: These seals are used in expansion joints to create a watertight seal while accommodating movement. They are commonly made of compressible materials like foam or rubber8.

• Foam Seals: Precompressed foam seals are used to fill expansion joints in concrete slabs and walls. They expand to fill the joint opening and provide a buffer against movement3.

• Fire and Moisture Barriers: These barriers are incorporated into expansion joint systems to prevent the spread of fire and moisture. Fire barriers typically employ mineral wool and fire caulk sealant, while moisture barriers use flexible elastomeric materials3.

• Seismic Joint Systems: These systems are specifically designed to withstand seismic activity and are crucial in earthquake-prone regions. They often incorporate specialized components and materials to accommodate large movements and protect the building structure3.

• Cover Strips for Floors: Cover strips offer a simple and economical solution for covering expansion joints in low-traffic areas. They provide easy-to-install transitions and are often used in conjunction with sealants6.

Materials Used in Building Expansion Joint Covers and Systems

The materials used in expansion joint covers and systems vary depending on the application and performance requirements. Common materials include:

• Aluminum: Widely used for its lightweight, corrosion resistance, and ease of fabrication. It is a popular choice for floor and wall expansion joint covers due to its versatility and ability to be anodized or powder-coated for various finishes10.

• Stainless Steel: Offers excellent durability and corrosion resistance, making it suitable for exterior applications and high-traffic areas where resistance to wear and tear is crucial10.

• EPDM Rubber: A durable synthetic rubber that provides excellent weather resistance and flexibility. It is commonly used in exterior expansion joint covers and roofing systems due to its ability to withstand UV exposure, temperature extremes, and ozone12.

• Santoprene: A thermoplastic elastomer that offers a combination of rubber-like flexibility and plastic-like processability. It is often used in seals and gaskets for expansion joint systems because it can be easily molded into various shapes and offers good resistance to chemicals and weathering3.

• PVC: A versatile plastic that can be used in various expansion joint components, including seals, covers, and moisture barriers. It is known for its durability, cost-effectiveness, and resistance to moisture and chemicals10.

• Foam: Precompressed foam, often made of polyurethane or polyethylene, is used to fill expansion joints and provide a buffer against movement. It comes in various densities and can be impregnated with fire retardants for enhanced fire safety9.

• Silicone: A sealant that provides excellent adhesion, flexibility, and weather resistance. It is commonly used to seal expansion joint covers and prevent water infiltration due to its ability to bond to various substrates and maintain its elasticity over a wide temperature range10.

• Sheet Metal: Sheet metal, such as galvanized steel or aluminum, can be used to fabricate expansion joint covers, particularly for roofing applications. It offers good durability and can be formed into various shapes and sizes1.

• Neoprene: A type of synthetic rubber that exhibits good oil and weather resistance. It can be used in expansion joint covers, particularly in applications where exposure to oils or chemicals is expected1.

• Saturated EPDM: A modified form of EPDM rubber that offers improved weathering and UV resistance. It is often used in expansion joint covers for exterior applications where long-term durability is essential1.

• Kynar Paints: Kynar paints are high-performance fluoropolymer coatings that offer excellent resistance to weathering, UV degradation, and chemical exposure. They are often used on metal finishes for expansion joint covers to enhance their durability and color retention10.

Technical Specifications for Building Expansion Joint Covers and Systems

Technical specifications for expansion joint covers and systems are crucial to ensure proper performance and compliance with building codes and standards. Key considerations include:

| Specification | Description |

Works cited

1. Expansion Joints 101 | Encore Building Products, accessed on January 30, 2025, http://www.encorebuildingproducts.com/home/expansion-joints-101/

2. What is an Expansion Joint Cover? - Construction Specialties, accessed on January 30, 2025, https://www.c-sgroup.eu/blog/what-is-an-expansion-joint-cover/

3. EXPANSION JOINT SYSTEMS – innovative and expertly-engineered - Innivate, accessed on January 30, 2025, https://innivate.com/expansion-joint-systems/

4. Expansion Joints Systems | Nystrom, accessed on January 30, 2025, https://www.nystrom.com/products/expansion-joints

5. Floor Expansion Joint Covers | Aluminum | Surface-Mounted - Koffler Sales Company, accessed on January 30, 2025, https://kofflersales.com/category/expansion-joints

6. Floor Expansion Joint Covers - Construction Specialties, accessed on January 30, 2025, https://www.c-sgroup.me/products/allway-expansion-joint-covers/floor-expansion-joint-covers/

7. 5 Steps to Expansion Joint Specification Perfection - Construction Specialties, accessed on January 30, 2025, https://www.c-sgroup.co.uk/blog/5-steps-to-expansion-joint-specification-perfection/

8. On The Pulse: Expansion Joints - Premier Building Solutions, accessed on January 30, 2025, https://premierbuildingsolutions.net/2025/01/expansion-joints/

9. Types of Expansion Joints in Concrete Construction, Explained, accessed on January 30, 2025, https://garvinproducts.com/blog/types-of-expansion-joints-in-concrete

10. How to Select the Right Expansion Joint System - Balco, accessed on January 30, 2025, https://www.balcousa.com/blog-selecting-ejc/

11. Expansion joint covers - Groupe Sanik Inc., accessed on January 30, 2025, https://groupesanik.com/en/our-products/expansion-joint-covers/

12. Vertical Expansion Joint Cover | Johns Manville, accessed on January 30, 2025, https://www.jm.com/en/commercial-roofing/specialty-roofing-products/vertical-expansion-joint-cover/

Welcome to the comprehensive range of Dseal Building Expansion Joint Systems and Covers, engineered to deliver unmatched quality, durability, and performance. At Dseal, we understand the critical role expansion joints play in protecting structures from seismic activity, thermal movements, and natural wear. Our cutting-edge solutions are tailored for commercial, residential, and industrial applications, making us the trusted partner for architects, builders, and construction professionals across India.

Why Choose Dseal Expansion Joint Systems?

• Unrivaled Quality: Crafted using ASTM 6063 T6 aluminum profiles, our systems provide exceptional load-bearing capacity and resilience.

• Versatility: Available in a wide variety of profiles, including Dseal EPDM seals, TPR profiles, and TPV profiles, ensuring compatibility with all building styles and structural requirements.

• Seismic and Thermal Protection: Designed to accommodate building movements caused by seismic activities and temperature variations, safeguarding your structure's integrity.

• Custom Solutions: Our in-house design facility enables tailor-made solutions to meet specific project needs and diverse locations.

• Weather and Chemical Resistance: Manufactured with materials that withstand UV rays, harsh weather, and chemical exposure, ensuring longevity.

Our Range of Products

Our product line includes:

1. Floor Expansion Joints – Ideal for commercial and industrial flooring.

2. Wall Expansion Joints – Seamlessly blend into the structure while providing robust movement accommodation.

3. Roof Expansion Joints – Protect roofs from thermal expansion and contraction.

4. EPDM Seals, TPR & TPV Profiles – Flexible, durable, and corrosion-resistant, these profiles are designed for ultimate protection.

Dseal is committed to providing high-quality aluminum profiles for building expansion joint systems. All Dseal aluminum profiles are manufactured in strict compliance with the ASTM-B221-02 standard, which specifies the requirements for aluminum and aluminum-alloy extruded bars, rods, wires, profiles, and tubes. This ensures that our products meet the highest industry standards for mechanical properties, chemical composition, and dimensional tolerances.

Our profiles also adhere to the ASTM 6063 standard, known for its superior performance in construction applications. This specification guarantees that Dseal's aluminum profiles are robust, corrosion-resistant, and capable of enduring the stress and movement associated with expansion joints, making them ideal for diverse architectural and structural needs.

By maintaining these rigorous standards, Dseal continues to deliver reliable and durable solutions that ensure the integrity and longevity of buildings in various conditions.

The ASTM B221-02 standard outlines specifications for aluminum and aluminum-alloy extruded bars, rods, wire, profiles, and tubes. These guidelines are crucial for ensuring quality, performance, and consistency in aluminum products used across industries, including construction and engineering. Below is a structured summary of its key elements:

1. Scope

• Covers aluminum and aluminum-alloy extrusions in various forms such as bars, rods, profiles, and tubes.

• Applies to alloys and tempers listed in Table 2 of the standard.

• Specifies standards for mechanical properties, chemical composition, and dimensional tolerances.

2. Alloy and Temper Designations

• Based on ANSI H35.1, defining alloy and temper systems.

• Unified Numbering System (UNS) alloy designations are included (e.g., A91100 for Aluminum 1100).

3. Mechanical Properties

• Defines tensile strength, yield strength, and elongation requirements for different alloys and tempers.

• The specific mechanical property limits are provided in Table 2 for each alloy and temper combination.

4. Chemical Composition

• Chemical composition limits are specified for individual alloys in Table 1.

• Producers are responsible for ensuring conformance to these specifications.

5. Referenced Documents

Includes references to related ASTM standards, such as:

• ASTM B210 (Drawn Seamless Tubes)

• ASTM B211 (Bars, Rods, and Wires)

• ASTM B241 (Seamless Pipe and Tube)

• ASTM E527 (Numbering System for Metals and Alloys)

6. Material Standards

• Aluminum 6063 and other alloys must conform to chemical composition and mechanical property requirements.

• Strength values, temper classifications, and elongation percentages are defined for all materials.

7. Dimensional Tolerances

• Establishes strict tolerances for dimensions to ensure consistency in production.

• Applies to thickness, width, and other critical measurements.

8. Packaging and Marking

• Guidelines for the identification and packing of aluminum products.

• Ensures safe transportation and clear traceability.

Applications

The ASTM B221-02 standard is widely applied in:

• Construction (e.g., building expansion joints, structural frameworks).

• Aerospace (lightweight and high-strength materials).

• Automotive and general engineering projects.