Gaps (Resilient Plank)

Gaps

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Gaps

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Gaps

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Check floor temperature

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Floor locked in with fastener through molding

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Gaps

Resilient plank flooring gaps showing visible joint separation caused by dimensional contraction or flooring-system interaction.

Gaps

Sierra Exif JPEG

Gaps

Sierra Exif JPEG

Gaps

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Gaps

Sierra Exif JPEG

Gaps

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Measure installed and uninstalled material

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Check floor flatness

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Floor locked in place with caulking

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Checked humidity and temperature

Expansion space - 4323

Check expansion space

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Check expansion space

LVP over Carpet (2)

LVP Installed over Carpet

Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Resilient plank flooring gaps showing visible joint separation caused by dimensional contraction or flooring-system interaction. Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Sierra Exif JPEG Expansion space - 4323 Sierra Exif JPEG LVP over Carpet (2)

Gaps (Resilient Plank)

Floor Detective® Claims and Conditions Guide

Summary

Gaps in resilient plank flooring are visible separations between adjacent planks after installation. The condition may occur at end joints, long-side joints, or both, and may appear immediately or develop progressively during service. End-joint gaps are often the most visually noticeable pattern because resilient planks are typically much longer than they are wide, so the same percentage of dimensional contraction produces a larger visible opening at the plank ends. Gapping may be influenced by environmental temperature change, installation temperature, dimensional stability characteristics, joint engagement integrity, substrate support conditions, movement restriction, adhesive behavior in glue-down systems, or combined flooring-system interaction. Floating and glue-down resilient flooring systems respond differently to movement forces, support conditions, and environmental cycling. Proper evaluation requires correlation of distribution pattern, dimensional behavior, environmental exposure, installation configuration, and joint integrity rather than appearance alone. Gaps alone do not independently establish manufacturing nonconformance or installation failure. See also Peaked End Joints, Broken Locking Profiles LVT, and LVT and SPC Floor Problems for broader context.

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LVT and SPC Floor Problems

LVT and SPC floor problems may involve movement, gapping, curling, noise, indentation, discoloration, or substrate-related effects.
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SPC flooring blistering involves localized raised areas or bubble-like distortions originating within individual flooring planks.
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Cracking Over Existing Substrates (LVT)

Cracking in resilient plank flooring over existing substrates commonly involves stress transfer from grout joints or uneven support.
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Buckling of Resilient Plank Flooring Installed Over Wood Substrates on Concrete

Buckling of resilient plank flooring over wood substrates on concrete may result from moisture-related expansion within layered flooring assemblies.
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Buckling of Resilient Plank Flooring Installed Over Wood Substrates on Concrete