- Expansion Joint Covers: Devices that cover expansion joints to protect them from debris and weather, ensuring smooth transitions across surfaces.
- Joint Sealant Systems: Combinations of materials that seal joints against water, air, and other elements.
- Building Expansion Joints: Allow for movement due to thermal expansion, seismic activity, ensuring structural integrity.
- Floor Expansion Joint Covers: Engineered to bridge gaps in floor joints, allowing for movement while providing a seamless walkway.
- Wall Expansion Joint Covers: Protect and conceal expansion joints on vertical structures like walls.
- Roof Expansion Joint Covers: Seal joints on roofing systems, allowing for movement and preventing water ingress.
- Metal Expansion Joint Covers: Made from metals like aluminum or steel, these covers provide robust protection.
- Rubber Expansion Joint Covers: Flexible covers that provide movement accommodation and vibration damping.
- Concrete Expansion Joint Covers: Designed for concrete structures to protect joints from water and debris.
- Bridge Expansion Joint Covers: Accommodate large movements in bridge structures, ensuring safety and integrity.
- Architectural Expansion Joints: Blend with a building's architecture while providing necessary movement accommodation.
- Commercial Building Joint Covers: Balance aesthetics with functionality for commercial buildings.
- Industrial Expansion Joint Covers: Withstand harsh industrial conditions, ensuring durability and safety.
- Exterior Expansion Joint Covers: Protect against weather and environmental elements on a building's exterior.
- Interior Expansion Joint Covers: Ensure smooth and safe transitions over joints within buildings.
- Movement Joint Covers: Accommodate building material movement, ensuring structural integrity.
- Joint Cover Systems: Cover, protect, and conceal joints, offering a range of movement and environmental protection solutions.
- Waterproof Expansion Joints: Prevent water ingress, protecting structures from moisture damage.
- Fire-rated Expansion Joints: Include fire-resistance features to prevent the spread of fire and smoke.
- Retrofit Expansion Joint Covers: Installed on existing joints to update or replace old systems.
- Seismic Expansion Joint Covers: Engineered to accommodate seismic activity movements, ensuring safety.
- Architectural Joint Systems: Provide functional movement accommodation and enhance aesthetic appeal.
- Pedestrian Walkway Joint Covers: Safe and smooth transitions across joints in areas with foot traffic.
- Airport Expansion Joint Covers: Designed for airport environments, ensuring durability and safety.
- Stadium Expansion Joint Covers: Accommodate stadium structures' large scale and dynamic movements.
- Parking Structure Joint Covers: Designed for parking structures, accommodating vehicle loads and
movements.
- Thermal Expansion Joint Covers: Accommodate material expansion and contraction due to temperature changes.
- Movement Control Joint Covers: Control the degree and direction of movement, ensuring functionality.
- Watertight Expansion Joints: Completely resistant to water, preventing potential water damage.
- Retrofit Joint Cover Solutions: Upgrade or replace existing joint covers to meet current standards.
- Deck Expansion Joint Covers: Protect deck areas against weather elements and accommodate movement.
- Roof Bellows: Flexible sections used in roofing systems to accommodate thermal and mechanical movement.
- End-Pockets: Recessed areas at the ends of expansion joint systems designed to anchor and terminate the joint covers securely.
- Shear Pockets: Designed to accommodate lateral shear movements in expansion joints, allowing for horizontal displacement.
- Pre-compressed Expansion Joint Foams: Foam materials pre-compressed for use in expansion joints, expanding to fill the joint gap when installed.
- Evazote Seals and Foams: Closed-cell, cross-linked ethylene copolymer foam used for its durability and resistance to chemicals and UV light, ideal for seals and gaskets.
- Fire Blankets: Materials used to prevent the spread of fire across expansion joints by acting as a barrier to flames and heat.
- Fire-rated Foams: Specialized foams that resist fire and prevent the spread of flames through expansion joints and gaps.
- Hinged Joint Covers: Expansion joint covers designed with a hinge mechanism to accommodate angular movement.
- Surface Mounted Expansion Joint Covers: Installed on the surface of existing floors or walls, providing protection without the need for recessed installation.
- Rubber Encapsulated Expansion Joint Covers: Expansion joint covers that feature a rubber coating for added protection and flexibility.
- No-Bump Floor Covers: Floor expansion joint covers designed to provide a smooth transition, minimizing trip hazards.
- Seismic Wall Panels: Panels designed to absorb seismic energy and accommodate building movement during an earthquake.
- Pan-Joints: A type of expansion joint system that uses a pan-like structure to accommodate movement and protect the joint.
- EPDM Bladders: Flexible membranes made from ethylene propylene diene monomer rubber, used for waterproofing and movement accommodation.
- PVC and TPO Bladders: Waterproofing membranes made from polyvinyl chloride or thermoplastic polyolefin, used in expansion joint systems for flexibility and water resistance.
- Neoprene Bladders: Synthetic rubber bladders used for their flexibility, durability, and resistance to various environmental factors.
- Flat Waterproofing Expansion Joint Membranes (e.g., Situra): Flat, flexible membranes used to waterproof and protect expansion joints against water ingress.
- Interior Floor Joint Covers: Specifically designed for interior applications, ensuring a safe and aesthetically pleasing transition over joints.
- Exterior Wall Joint Covers: Protect joints in exterior walls from environmental elements while accommodating thermal movement.
- Highway Expansion Joint Covers: Durable covers designed for highway structures, accommodating movement and heavy traffic loads.
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For additional information regarding building expansion joints, or to discuss your next expansion joint project, please contact Joint-Tek or visit the following link "Design-Assist"
