• Home
  • /
  • Blog
  • /
  • Unlocking the Power of Movement Joints: 7 Points You Need to Know
 June 1, 2023

Unlocking the Power of Movement Joints: 7 Points You Need to Know

What exactly is a movement joint?

Movement joints (know more) are critical in preserving the structural integrity and lifespan of a project in the field of construction and building design. But exactly what is a movement joint? Simply described, a movement joint is a purposeful split or gap given between two adjacent building elements to accommodate natural expansion and contraction caused by a variety of reasons.

movement joints

Why Do We Need Movement Joints?

It is impossible to overestimate the significance of employing movement joints. These joints are intended to absorb and control the loads and motions that structures experience over their lifetime. We can limit the formation of cracks, decrease damage caused by thermal expansion and contraction, and maintain the general stability and usefulness of a structure by including movement joints.

Movement Joint Banner 01

Building Expansion Joint Characteristics

Expansion joints, a type of movement joint, have distinct properties that make them good at accommodating movement. They are intended to allow building components to expand and compress while maintaining a watertight seal. When adding expansion joints, some important factors to consider include joint width, joint materials, compatibility with adjacent components, and compliance with building rules and regulations.

Dos and Don'ts When Specifying Movement Joints in a Structure

To ensure the proper specification of movement joints in a structure, a set of dos and don'ts must be followed. You can improve the performance and durability of the movement joints by following these instructions. Let's go through some important dos and don'ts:

Do

Do Not

Consider the structure's projected movement and choose appropriate joint types and placements.

Ignore calculating the required joint width based on the projected movement.

Select high-quality joint materials that are compatible with the surrounding structure.

Failure to consider the compatibility of joint materials with surrounding components can result in premature failure.

Consult with structural engineers and professionals who have experience designing movement joints.

Ignore building standards and regulations relating to movement joints, as noncompliance might jeopardize the structural integrity of the building.

Inspect and maintain the movement joints on a regular basis to address any signs of degeneration.

Failure to monitor and handle indicators of joint degeneration can lead to expensive repairs and impaired performance.

Movement Joints Do's and Don'ts

How to Put Your Movement Joints

The efficiency of movement joints is dependent on their proper installation. Let's go over the stages to ensure a good installation:

Prepare the joint location: Remove any debris or impurities that could interfere with the installation process by cleaning the joint area.

Consider the projected movement and choose the proper depth for the joint to accommodate the needed range of motion.

Select the proper sealant: Choose a high-quality sealant that is compatible with the joint materials and offers the required flexibility and waterproof seal.

Install the joint as follows: Apply the sealant evenly to ensure complete coverage of the joint space. To protect the sealant during construction, use appropriate joint coverings or caps.

Inspect and maintain: Inspect the movement joints on a regular basis for signs of wear, damage, or degradation. If necessary, replace the sealant to keep the connection functional.

Pay Close Attention to Depth

It is critical to pay attention to the depth when installing movement joints. The depth of the joint is governed by factors such as projected movement, building material type, and environmental circumstances. Adequate depth permits the joint to accommodate projected expansion and contraction, ensuring the movement joint's long-term performance.

Movement Joints Preparation Tips

Proper preparation is essential for the successful installation of a movement joint. Consider the following suggestions:

Conduct a comprehensive examination: To establish the necessary placement and types of movement joints, evaluate the building's design, materials, and expected movements.

Consult with an expert: Seek the advice of structural engineers or architects who are familiar with movement joint design to ensure optimal planning and implementation.

Invest in high-quality materials: choose movement joint materials that are long-lasting, friendly with the environment, and appropriate for the purpose.

Follow manufacturer guidelines: When storing, handling, and installing movement joint materials, follow the manufacturer's recommendations.

How Often Should Movement Joints Be Installed in Concrete?

The frequency of movement joints in concrete structures is determined by a number of factors, including building type, ambient circumstances, and projected movements. In general, moving joints should be spaced at regular intervals to accommodate the projected expansions and contractions. To identify the best placement and spacing of movement joints for your specific project, check with structural engineers or specialists.

How to Keep Your Movement Joint in Good Condition

Regular maintenance is critical for movement joints' lifetime and effectiveness. Here are some pointers for efficient maintenance:

Visual inspections: Inspect the movement joints on a regular basis for evidence of damage, wear, or degradation. Examine the area for cracks, gaps, or signs of sealant failure.

Cleaning: Keep the movement joints clean and clear of debris, dirt, and other pollutants that could interfere with their operation.

Sealant replacement: If the sealant shows symptoms of wear or damage, it must be replaced as soon as possible to ensure the joint's efficiency.

Repairs: Address any detected flaws as soon as possible to avoid further damage. If necessary, seek the advice of experts in movement joint repair.

Conclusion: Choose Awisdom as Your Decorating Consultant

Finally, movement joints are critical in the construction business because they allow for the natural movements and expansions that occur in buildings. You can assure the lifetime and durability of your structures by knowing the function and features of movement joints as well as following suitable installation and maintenance techniques.

Awisdom is your go-to resource for movement joints and other decorative needs. We provide dependable supplies and skilled guidance to help with your building projects due to our considerable experience and commitment to excellence. Choose Awisdom as your building partner to unleash the power of movement joints.

Unlock Your Project's Potential with Foshan Awisdom Metal

At Foshan Awisdom Metal, we pride ourselves on our years of expertise in supplying the Philippine market with premium building material accessories products. Our commitment extends beyond just offering high-quality items. We specialize in customization to meet your specific project needs. 

With the convenience of DDP (Delivered Duty Paid) services, we ensure a seamless delivery right to your doorstep. We invite dealers and engineers to discover the difference that comes with choosing Foshan Awisdom Metal. Start transforming your spaces today by requesting a quote.

Get In Touch

Do not hesitate to reach out. Just fill in the contact form here and we’ll be sure to reply as fast as possible.

State your needs

Please let us know your needs and questions, we have professional staff to provide services for you

Tell your grievances

Whether it is because of our product quality problems or service problems, you can contact us at any time and we will solve your dissatisfaction in a timely manner.

Visit us

Office Address: 13/F, Jinhai Plaza, No. 21, Jihua 5th Road, Foshan, Guangdong, China

Factory Address: Datang Industrial Park, Shiling Village, Shishan Town, Nanhai District, Foshan, Guangdong, China

Name *
Phone/Whatsapp
Email Address *
Messages *
0 of 350