ProFlake Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProFlake system. It covers essential stages such as surface preparation (concrete profiling, moisture testing), primer application, broadcast of vinyl flake or quartz, and the final topcoat sealing. Each diagram shows recommended tool setup, trowel angles, and target thickness guidelines for each layer. These illustrations help installers maintain consistent coverage, ensure proper adhesion, and achieve the intended decorative, slip‑resistant finish. Designed as a quick reference, the sequential visuals streamline the ProFlake installation process for contractors.

ProKrete-HD-RT-RTB Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProKrete‑HDRT RTB system. It outlines critical steps including surface profiling (shot blasting to achieve a CSP 3–5 profile) and moisture vapor testing. The diagrams then show mixing and placement of the high‑density, rapid‑turnaround cementitious mortar, followed by power troweling to achieve a 1/8″–1/4″ thickness. Next, it illustrates optional broadcast of sand for added mechanical bond and the final sealing step with a compatible topcoat. Each illustration clarifies pot life, cure times, and tool orientation so installers can quickly follow the correct sequence and achieve a high‑strength, fast‑curing floor.

ProKrete‑SL SLB Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProKrete‑SL SLB system. It begins with surface preparation—shot blasting or diamond grinding to attain an ICRI CSP 3–5 profile and moisture testing. The diagrams then show mixing of the self‑leveling or self‑leveling semi‑lightweight mortar, pumping or pouring it onto the floor, and using a screed bar or gauge rake to achieve the desired 1/8″–3/4″ thickness. Next, it illustrates optional broadcast of lightweight aggregate for flowable/mortar applications, followed by trowel finishing to smooth the surface. Each illustration highlights pot life constraints, cure times (light traffic in 2 hours), and equipment recommendations so installers can complete a consistent, rapid‑curing system.

ProKrete‑SLF SLQ Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProKrete‑SLF SLQ system. It starts with surface prep—shot blasting or diamond grinding to CSP 3–5 and verifying moisture conditions. The diagrams show mixing of the urethane prepolymer with engineered cementitious fillers to create a self‑leveling or lightweight flowable screed, followed by pumping and screeding to achieve the specified thickness. Next, it illustrates optional sand broadcast for non‑slip or decorative finishes, then trowel finishing for a smooth top surface. Each illustration calls out pot life (3–5 minutes), cure schedules (light traffic in 2 hours), and tool setup so contractors can perform a reliable, rapid‑cure installation.

ProLumina Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProLumina metallic epoxy system. It begins with substrate prep—diamond grinding to an ICRI CSP 3–5 profile and moisture testing. The diagrams then show mixing the epoxy resin with proprietary metallic pigment blends, pouring and spreading via squeegee or roller to create a uniform base coat, and adding broadcast of metallic flakes if required. Next, it illustrates backrolling techniques to achieve the three‑dimensional “depth” effect, followed by application of a UV‑stable topcoat for protection and gloss. Each illustration calls out cure times (tack free in 6 hours) and ambient conditions so that installers can replicate the desired decorative, high‑definition finish.

ProQuartz Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProQuartz broadcast epoxy system. It covers substrate surface prep—diamond grinding to an ICRI CSP 3–5 profile and moisture evaluation—followed by mixing the epoxy binder and broadcasting colored quartz chips at specified rates. The diagrams then illustrate backrolling to embed the quartz, followed by application of a clear epoxy topcoat to lock in the decorative finish. Each illustration clarifies pot life, trowel angles, and target mil thickness (10–15 mils) so installers can achieve a uniform, slip‑resistant floor. Designed for quick reference, the sequential visuals streamline proper ProQuartz system installation for contractors.

ProSeal‑CS Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProSeal CS sealer additive system. It begins with substrate preparation—diamond grinding to ICRI CSP 3–5 and ensuring the surface is clean and dry. The diagrams then show mixing instructions for ProSeal CS additive with a compatible epoxy or polyurethane binder, followed by roller or squeegee application to achieve the targeted 1–2 mils dry film thickness. Next, it illustrates ambient and substrate temperature considerations, cure times (tack free in 2 hours, full cure in 24 hours), and safety precautions. Designed to help installers add enhanced abrasion and chemical resistance to existing coatings, these illustrations ensure the correct sequence for a durable, sealed finish.

ProShield‑MR Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProShield MR multi‑resin epoxy system. It starts with surface preparation—shot blasting or diamond grinding to achieve an ICRI CSP 3–5 profile and verifying moisture levels. The diagrams then show mixing procedures for resin coats (primer, base coat, top coat) and optional sand broadcast for enhanced mechanical bond. Next, it illustrates application techniques—squeegee or roller—and film thickness targets (12–15 mils) for each coat. Cure schedules (light traffic in 16 hours, full cure in 7 days), safety gear reminders, and ambient conditions are included so contractors can achieve a high‑performance, chemically resistant floor with ProShield MR.

ProSeal‑CS Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProSeal CS sealer additive system. It begins with substrate preparation—diamond grinding to ICRI CSP 3–5 and ensuring the surface is clean and dry. The diagrams then show mixing instructions for ProSeal CS additive with a compatible epoxy or polyurethane binder, followed by roller or squeegee application to achieve the targeted 1–2 mils dry film thickness. Next, it illustrates ambient and substrate temperature considerations, cure times (tack free in 2 hours, full cure in 24 hours), and safety precautions. Designed to help installers add enhanced abrasion and chemical resistance to existing coatings, these illustrations ensure the correct sequence for a durable, sealed finish.

ProShield SF Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProShield SF solvent‑free epoxy flake system. It begins with substrate prep—shot blasting or diamond grinding to ICRI CSP 3–5 profile and verifying moisture. The diagrams then show mixing the epoxy binder, broadcasting decorative flake, and backrolling to achieve a dense, slip‑resistant surface. Next, it illustrates applying a clear topcoat to seal the flake and deliver a UV‑stable finish. Each illustration notes pot life (30–45 minutes), cure times (tack free in 6 hours, full cure in 48 hours), and ambient conditions so installers can produce a durable, decorative epoxy flake floor.

ProShield SL Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProShield SL solvent‑free epoxy system. It begins with substrate prep—shot blasting or diamond grinding to ICRI CSP 3–5 profile and moisture testing. The diagrams then show mixing for each coat (epoxy primer, epoxy base coat, epoxy top coat) and optional sand broadcast for slip resistance. Next, it illustrates trowel or roller application at 15–20 mils per coat and highlights cure times (tack free in 4 hours, light traffic in 16 hours). Detailed callouts include ambient/ substrate temperature ranges and personal protective equipment so installers can achieve a uniform, high‑strength, chemical‑resistant finish.

ProKrete‑SL SLB Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProKrete‑SL SLB cementitious urethane system. It starts with substrate prep—shot blasting or diamond grinding to ICRI CSP 3–5 profile and moisture vapor emission checks. The diagrams then show mixing instructions for urethane prepolymer and engineered cementitious fillers, pumping or hand™-troweling to specified thickness (1/8″–3/4″). Next, it illustrates optional broadcast of lightweight aggregate for slip resistance and subsequent trowel finishing to ensure a uniform, self‑leveling surface. Each illustration highlights pot life (3–5 minutes), cure times (light traffic in 2 hours, full cure in 24 hours), and necessary equipment for a consistent, rapid‑cure installation.

ProCryl CS Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProCryl CS colored quartz MMA system. It begins with substrate prep—diamond grinding or shot blasting to ICRI CSP 3–5 profile and moisture testing. The diagrams then show mixing binder and initiator, broadcasting colored quartz chips, and backrolling to embed the chips. Next, it illustrates applying a UV‑stable topcoat to seal the quartz and achieve a decorative, slip‑resistant finish. Each illustration includes pot life (10–15 minutes), cure times (light traffic in 1 hour, full service in 2 hours), and recommended temperature/humidity ranges so installers can replicate the system reliably.

ProCryl CQ Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProCryl CQ colored quartz MMA system. It begins with surface prep—shot blasting or diamond grinding to an ICRI CSP 3–5 profile and checking moisture levels. The diagrams then show mixing ratios for binder and initiator, broadcasting colored quartz chips, and backrolling to embed the quartz. Next, it illustrates application of a UV‑stable topcoat for decorative finish and protection. Detailed callouts include pot life (10–15 minutes), cure times (light traffic in 1 hour), and recommended substrate and ambient temperature ranges so installers can achieve a uniform, decorative quartz floor.

ProShield MR Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProShield MR multi‑resin epoxy system. It starts with substrate prep—shot blasting or diamond grinding to ICRI CSP 3–5 profile and moisture checks. The diagrams then show mixing of resin coats (primer, base coat, top coat) and optional sand broadcast for mechanical bond. Next, it illustrates application techniques—squeegee or roller—achieving target thickness (12–15 mils) for each coat. Cure schedules (light traffic in 16 hours, full cure in 7 days) and safety gear reminders are included so installers can achieve a high‑performance, chemically resistant floor.

ProCryl SF Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProCryl SF vinyl flake MMA system. It begins with substrate prep—diamond grinding or shot blasting to ICRI CSP 3–5 profile and moisture evaluation. The diagrams then show mixing binder and initiator, broadcasting decorative vinyl flake, and backrolling to embed the flake. Next, it illustrates applying a UV‑stable topcoat for protection and gloss. Each illustration highlights pot life (10–15 minutes), cure times (light traffic in 30 minutes, full service in 2 hours), and recommended substrate/ambient conditions so installers can achieve a seamless, decorative, slip‑resistant floor.

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ProCryl CS Step Diagram

This PDF provides a step‑by‑step visual guide for installing the ProCryl CS colored quartz MMA system. It begins with substrate prep—diamond grinding or shot blasting to ICRI CSP 3–5 profile and moisture testing. The diagrams then show mixing binder and initiator, broadcasting colored quartz chips, and backrolling to embed the chips. Next, it illustrates applying a UV‑stable topcoat to seal the quartz and achieve a decorative, slip‑resistant finish. Each illustration includes pot life (10–15 minutes), cure times (light traffic in 1 hour, full service in 2 hours), and recommended temperature/humidity ranges so installers can replicate the system reliably.

ProCryl-Flex-Step

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