LTX-100 | High-Flow Epoxy Floor Coating Kit (3 Gal) | 100% Solids, 18,400 PSI For Sale

LTX-100 is the coating Latux put its own name on, a professional 2-component, 100% solids epoxy engineered for high-build placement over prepared concrete. It cures to 18,400 psi in compression, roughly three times a standard 100% solids floor epoxy, yet it stays fluid enough to release its own air and pull itself flat into a single seamless plane. Flow is normally a trade against strength. Here you get both.

18,400PSICompressive strength100%SOLIDSNo shrinkback, full build<30G/L VOCLow odor, occupied spaces290PSI ADHESIONFails in the slab, not the lineWhy crews specify itStrength that changes the spec18,400 psi compressive under ASTM D-695, 14,430 psi flexural and 8,400 psi tensile, with 80 Shore D hardness and only 28 mg lost to Taber abrasion. This is a floor you can put pallet jacks, jack stands and vehicles on without a conversation about it.One coating, three very different jobsLow mixed viscosity gives a clear metallic pour the long open flow it needs to develop movement, carries a full refusal flake broadcast without starving the bond coat, and still lays down fast as a straight pigmented industrial floor. One product on the shelf instead of three.What you spread is what you keepSolvent borne coatings lose volume as the carrier flashes off, which is why a specified build so often measures short on the floor. At 100% solids there is nothing to lose. A 16 mil pour cures at 16 mils, so your takeoffs stop drifting and your mil gauge tells the truth.Bonds harder than the concretePull-off adhesion measures 290 psi under ISO 4624, at or above the capacity of sound concrete. On a slab ground to CSP 2 or 3, the weak link is the substrate rather than the coating line, which is exactly where you want it.Levels itself, holds the glossThe material releases entrained air, wets into the profile and closes its own squeegee lines and roller stipple. You get a high gloss single plane finish with no joints to collect soil, and 2.4% elongation to absorb normal slab movement instead of cracking over it.Coverage you can plan a job aroundOne 3 gallon kit runs 481 sq ft as a 10 mil primer pass, 301 sq ft at a 16 mil standard build, 241 sq ft for a 20 mil metallic pour, and 150 sq ft at the 32 mil maximum. Add 10 to 20 percent on open or freshly shot blasted concrete.Technical specificationsPHYSICAL AND CHEMISTRYSolids content100% by volumeChemistryModified epoxy resin and modified amine, 2-componentFinishHigh glossColorClear, tintable with metallic and pearlescent pigmentMix ratio2 parts A to 1 part B by volumePigment loadingOne 160 g pod per 3-gallon kitViscosityPart A 120 to 130 KUSpecific gravityAbout 1.09 mixedMECHANICALCompressive strength18,400 psi (ASTM D-695)Flexural strength14,430 psi (ASTM D-790)Tensile strength8,400 psi (ASTM D-638)Elongation at break2.4% (ASTM D-638)Hardness80 Shore D (ASTM D-2240)Taber abrasion28 mg loss (ASTM D-4060)Pull-off adhesion290 psi to prepared concrete (ISO 4624)APPLICATION AND CURECoverage150 to 481 sq ft per 3-gallon kit, depending on buildBuild range10 to 32 mils per coatWorking time20 min at 68 degrees F, 40 min at 41, 10 min at 86Mixing3 minutes, stir stick or low speed drill and paddleCure at 68 degrees FDry to touch 5 hr, foot traffic 16 hr, vehicles 3 days, full cure 7 daysRecoat windowWithin 4 days at 75 degrees F, or abrade firstSurface prepDiamond grind or shot blast to ICRI CSP 2 to 3Apply temperature40 to 95 degrees F, humidity at or below 80%TopcoatUV-stable polyaspartic or urethane for sunlit areasHANDLING AND STORAGEVOCUnder 30 g/L mixedFlash pointPart A 165 degrees F, Part B 192 degrees FShelf life12 months unopened, store 41 to 95 degrees FDocumentsTDS, Application Guide and Safety Data Sheets for Part A and Part BIn the kit

• 3-gallon kit: 7.57 L clear resin (Part A) plus 3.78 L hardener (Part B)
• Pre-measured 2 to 1 mix ratio by volume
• Clear base, tintable with Latux metallic and pearlescent pigment, one 160 g pod per kit, sold separately

Before you pour

Concrete must be cured 28 days and ground to an ICRI CSP 2 to 3 profile, with moisture under 6 percent, internal humidity below 85 percent to ASTM F2170 and vapor emission below 3 lb per 1,000 sq ft per 24 hours to ASTM F1869. If the slab fails either moisture test, install a moisture vapor barrier primer and let it cure first. Coating over an active vapor drive is the most common cause of blistering on an otherwise sound floor.

Pairs with

Build the full system with a Latux moisture vapor barrier where the slab needs one, metallic and pearlescent pigment pods for colour, a UV-stable polyaspartic topcoat for gloss retention and UV protection, and a flat squeegee sized for the pour.

Ordering

Ships free in the US. Add your kit to the cart, then add pigment and a topcoat in a click. Running a large job or need contractor pricing? Message your Latux rep and we will set you up.

Formulated for professional installers and supported by Latux.

⚠ California Proposition 65: This product can expose you to chemicals including epichlorohydrin and bisphenol A, known to the State of California to cause cancer and birth defects or other reproductive harm.