GoldiLox FAQ
Use this FAQ to confirm whether GoldiLox fits your project, how the glue-down system works, what it protects against, and what to review before installation, closeout, or specification.
Answers for general contractors, architects, specifiers, and concrete flooring contractors.
What GoldiLox is, where it fits, and how it differs from loose protection.
Roll size, adhesive, standards, exposure, and jobsite conditions.
When to install, how to maintain it, and how removal works near turnover.
Start by role
GoldiLox is usually reviewed by several people before it is approved. This section shows what each role is trying to protect, while the detailed product, performance, installation, and closeout answers continue below.
GCs usually want to know whether the floor can stay protected through active construction without creating extra trade coordination problems.
Design teams usually need a floor protection system that can be written into the project scope with clear performance expectations.
Concrete flooring teams usually care about preserving the slab finish after polishing, prep, burnishing, sealing, or other finished floor work.
GoldiLox is a temporary glue-down protective covering system for polished or smooth concrete floors during construction. The covering and adhesive work together to create a protective layer that can remain in place through high-risk jobsite phases.
It helps protect finished concrete from the jobsite conditions that usually cause expensive rework: grit under loose coverings, staining liquids, trade traffic, tools, carts, weather exposure, markings, and construction debris.
GoldiLox is built around polished and smooth concrete protection, but the exact fit depends on the surface, project sequence, finish system, and installation requirements. For unusual surfaces, confirm the application before installing.
Loose protection can shift, wrinkle, open seams, or let debris and liquids reach the slab. A glue-down system is designed to stay in place and reduce the pathways that commonly lead to scratches, staining, trip hazards, and callbacks.
Specs & performance
For specifiers and project managers, the FAQ cannot stop at “it protects concrete.” They need to know what the system is, what documents are available, what performance claims matter, and what conditions still need jobsite judgment.
Approx. 2,000 sq. ft. per protective cover roll, based on current product information.
Low-VOC adhesive, with approx. 70 sq. ft. per gallon coverage listed in current product resources.
GoldiLox materials are positioned around jobsite traction and slip-resistance performance.
Review the specs sheet, installation guide, ARCAT resources, and current project requirements before specifying.
Common performance questions
GoldiLox is intended for the realities of active construction. The protection plan should still include inspections, cleanup, repair of damaged areas, and common-sense site controls for spills or extreme abuse.
It helps reduce exposure to oil, pipe dope, hydraulic fluid, acids, paint, and other jobsite contaminants by covering the concrete before those materials reach the slab. Spills should still be addressed quickly.
GoldiLox is designed for active construction environments with trade traffic, carts, equipment movement, debris, tools, and other jobsite wear. Exact expectations should match the project’s abuse level.
Yes. GoldiLox is described as a breathable industrial composite. That matters for concrete projects where moisture and slab conditions must be considered before, during, and after protection.
GoldiLox product information references weather and UV resistance, including long-term exposure guidance. Project teams should still inspect the covering and confirm site conditions before relying on any prolonged exposure period.
Installation & removal
Install protection before high-risk construction activity reaches the finished floor. The exact timing depends on slab cure, finish schedule, site conditions, and the project’s closeout requirements.
On the right construction sequence, yes. GoldiLox is often discussed around protecting finished or prepared concrete before framing and other trades work over the surface.
The basic process is to roll out the protective fabric, apply adhesive so it flows through the open fabric, bond the system to the prepared concrete surface, and follow the current installation guide.
Near turnover, the covering is removed by lifting a corner and peeling it back. Follow the current installation and removal instructions for angle, timing, and site conditions.
Send the slab condition, finish schedule, square footage, construction phase, and closeout timing so GoldiLox can help you confirm the right protection approach.
More buyer questions
These questions are written for people who are discovering GoldiLox, not just people who already know the product name.
Include approximate square footage, surface type, whether the slab is polished or otherwise finished, current construction phase, expected trade traffic, spill risk, indoor or outdoor exposure, and the date protection needs to be installed or removed.
No. Temporary floor protection helps preserve the surface during construction, but final cleaning, finishing, guard application, sealer work, or turnover procedures should still follow the project specification.
The project team should assign responsibility for monitoring the covering, cleaning contaminants, repairing damaged areas, and confirming that protection remains intact through high-risk phases.
Damaged or contaminated areas should be addressed promptly according to the project plan and manufacturer instructions. Do not wait until final turnover to find out whether liquids, tears, or exposed seams created floor damage.
No temporary protection system should be treated as universal. Confirm surface condition, cure time, moisture considerations, coatings or treatments, and project-specific requirements before installation.
Start with the GoldiLox specs sheet, installation guide, ARCAT information, product page, and current project submittal requirements.
It reduces common damage pathways by adhering to the surface, limiting debris intrusion, supporting active jobsite use, and keeping protection in place until closeout.
