At Movement Joints, we specialise in providing engineered solutions that accommodate structural movement while ensuring durability and safety. Our expertly designed joints help buildings and infrastructure adapt to environmental changes and heavy loads without compromising integrity.

Serving clients across the UK, we prioritise innovation and quality to deliver reliable results. Whether for bridges, commercial buildings, or industrial facilities, we offer tailored solutions to meet your unique construction needs.

Why Are Movement Joints Important?

Movement joints protect structures from damage caused by environmental factors and operational stress. Without them, buildings and infrastructure face increased risks of cracking, warping, or even collapse under pressure.

By absorbing stress and allowing independent movement of structural elements, movement joints ensure safety, minimise repair costs, and prolong the life of the structure.

Where Are Movement Joints Used?

Movement joints are commonly used in concrete slabs, walls, floors, roofs, bridges, tunnels, and industrial facilities.

Their strategic placement in these locations ensures that the structure can handle environmental changes and heavy loads without compromising performance.

What Types of Movement Joints Are There?

Movement joints include expansion, contraction, isolation, and construction joints, each designed to address specific structural needs and ensure stability and functionality under varying conditions.

These types are for specified uses like:

• Expansion joints: Accommodate thermal expansion and contraction.
• Contraction joints: Control cracking during concrete shrinkage.
• Isolation joints: Allow independent movement between structural elements.
• Construction joints: Divide large concrete pours for easier handling.

Each type serves a distinct purpose, ensuring that the structure remains stable and functional under various conditions.

What Materials Are Used in Movement Joints?

Common materials used in movement joints include rubber and neoprene for flexibility, metal plates for reinforcement in heavy-duty applications, foam fillers for lightweight sealing, and flexible sealants to ensure watertight protection.

These are durable materials designed to handle stress and environmental exposure. They are selected based on project requirements and environmental conditions to deliver reliable performance.

What Is the Process of Installing Movement Joints?

The process of installing movement joints begins by determining the optimal placement of the joints based on the structure’s design, anticipated movement patterns, and environmental factors.

Once the placement is finalised, surface preparation begins, involving cleaning and smoothing the installation area to promote proper adhesion and stability.

Next, the joint materials are positioned and securely fixed into place to accommodate structural movement. Flexible sealants are then applied to create a watertight barrier, protecting the joint from moisture infiltration and other environmental challenges.

Finally, the installation undergoes thorough testing and inspection to ensure the joint meets safety and performance standards.

Professional installation is crucial for ensuring the movement joint performs as intended, extending the lifespan of the structure while maintaining safety and functionality.

Contact us to get a comprehensive installation plan for movement joints.

How Do Movement Joints Work?

Movement joints work by creating controlled gaps in structures that absorb stress and accommodate shifts.

Flexible materials within the joint allow independent movement of structural elements while maintaining their connection. This design of movement joints prevents cracking, buckling, and other damage caused by thermal expansion, seismic forces, or operational loads, ensuring structural integrity and safety.

How Much Do Movement Joints Cost?

Movement joint costs range from £5–£100 per metre, depending on materials and complexity, with labour adding £50–£100 per hour; detailed quotes ensure accurate budgeting.

Basic movement joints, which use materials like rubber or foam fillers, are the most affordable and cost between £5 and £20 per metre, making them suitable for standard applications with minimal structural demands.

Advanced systems, such as those designed with metal reinforcements or watertight sealants for enhanced durability and functionality, are priced higher at £30–£100 per metre.

Labour costs for installation usually fall between £50 and £100 per hour, varying based on the scope of the project, site accessibility, and the level of expertise required. 

Contact us to get a detailed estimate for movement joint installation.

How Do You Maintain Movement Joints?

Regular maintenance is essential to ensure movement joints continue to perform effectively. Key tasks include inspections to detect wear or damage, cleaning to remove debris that may hinder movement, and resealing to restore watertightness.

Worn components, such as degraded foam fillers or sealants, should be promptly replaced to prevent structural issues and maintain the functionality of movement joints.

What Are the Signs of Failing Movement Joints?

Failing movement joints often display visible signs of deterioration, such as cracks, water infiltration, or joint separation. Degraded sealants and worn materials also indicate the need for repair or replacement.

Addressing these issues promptly prevents further damage and ensures the movement joints continues to perform its intended function.

How Do Movement Joints Improve Safety and Longevity?

Movement joints enhance safety and longevity by absorbing stress-related movement, preventing structural failures, and maintaining stability.

They accommodate thermal expansion, seismic activity, and operational loads, reducing the risk of cracking or warping. By protecting the structure from stress, movement joints extend its lifespan and ensure reliable performance.

Are Movement Joints Eco-Friendly?

Eco-friendly movement joints incorporate sustainable materials and practices like recyclable components, low-VOC sealants, and materials manufactured with minimal environmental impact.

By aligning with green building initiatives, these options reduce waste and promote environmentally conscious construction without compromising performance.

What Standards Govern Movement Joint Design and Installation?

Movement joint systems must comply with key standards, including BS 6213, which outlines installation and maintenance requirements; ASTM E1399, which governs cyclic movement performance; and local building codes.

Adherence to these standards guarantees high-quality movement joint installations that meet regulatory requirements.

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