ResinTech HPP Polyaspartic 10L

Stocked by Canopus Supply — North Vancouver, BC. Call 250-233-3000 to confirm current availability or arrange pickup.

ResinTech HPP High-Performance Polyaspartic — Fast-Cure, UV-Stable Traffic Surface

Two-Component, High-Solids Aliphatic Polyaspartic — Topcoat, Sealer, Traffic Wear Coat & Broadcast Seal Coat | Brand: ResinTech | 10 L kit (2.6 US gal), 1:1 by weight

ResinTech HPP is a fast-curing aliphatic polyaspartic coating designed to be the exposed surface layer of ResinTech traffic and resin flooring assemblies. It combines UV stability, fast return-to-service, chemical resistance and traffic-ready durability in one product, used clear or pigmented, indoors or outdoors — as a stand-alone topcoat on prepared concrete or as the final wear layer over epoxy, broadcast and decorative systems. Confirm coverage, recoat window, slip-resistance and substrate preparation against the current ResinTech TDS, SDS and project specification before use.

Field	Details
Brand	ResinTech
Product Code	HPP
Product Type	Two-component, high-solids aliphatic polyaspartic coating
Kit / Pack Size	10 L kit — Part A 5 L + Part B 5 L (2.6 US gal mixed)
Mix Ratio	1:1 by weight (Part A : Part B)
Colour / Finish	Clear or field-pigmented; light, medium or heavy broadcast texture
System Role	Primary UV-stable traffic surface / topcoat / seal coat

Where HPP sits in the system: HPP is the exposed, UV-stable finish of the ResinTech system — prime and bond with CBE, build with TUE, and finish with HPP for a fast-cure, UV-stable surface. For the most aggressive chemical and abrasion service, CRU is the premium topcoat upgrade. Where movement or waterproofing is required, a flexible base membrane such as FLEXCOAT-PU is used beneath the build. Confirm the system specification against the current ResinTech documentation.

Best-Use Applications

Confirm all applications against the current ResinTech TDS before specifying.

Parking decks, drive aisles, parking stalls and light-to-moderate vehicular traffic zones
Balconies, podium decks, exterior walkways, corridors and service areas
Fast-track commercial, institutional, garage and light industrial flooring
Clear or pigmented seal coat over decorative flake, quartz, sand or metallic epoxy floors
UV-stable exposed topcoat over compatible ResinTech epoxy and reinforced broadcast layers
Operating strata, parkade and commercial projects where rapid return-to-service matters
Weather-exposed concrete coating work where colour and gloss retention are important

Product Data

Source: ResinTech HPP Technical Data Sheet (TDS-HPP-1.0). Typical values at 23 °C and 50% RH unless noted. Confirm against the current TDS before specifying or ordering.

Property	Typical Value	Note
Components	Two — Part A resin + Part B hardener	Mix only what can be placed within working time
Mix Ratio	1:1 by weight	Part A : Part B
Solids Content	98% by weight	ASTM D1353
Chemistry	High-solids aliphatic polyaspartic	UV-stable exposed-surface chemistry
Appearance	Clear or pigmented	Use compatible pigment / colorant where specified
Odour	Low to moderate	Ventilation required during application and cure
Shelf Life	12 months	Unopened; stored properly at 10–30 °C

Performance Properties

Typical values from the ResinTech HPP TDS. Actual results depend on substrate, preparation, mixing, film build and conditions — confirm against the current TDS.

Property	Typical Value	Test Method / Note
Bond Strength to Concrete	310 psi	ASTM D4541; substrate typically controls result
Tensile Strength	2,900 psi	ASTM D412
Elongation	20%	Flexible traffic-capable film; not a crack-bridging membrane
Abrasion Resistance	30 mg loss (excellent)	ASTM D4060, CS-17 wheel, 1000 g, 1000 cycles
Shore Hardness	70 D	ASTM D2240
Tack-Free Time	1 hour	ASTM D1640 typical
Drying Time	4 hours at 15 mils	ASTM D1640, 24 °C / 50% RH
UV Stability	Excellent	Suitable as exposed interior / exterior top surface
Chemical Resistance	Excellent	For maximum chemical / abrasion upgrade, use CRU where specified
Return-to-Service Speed	Fast	Designed for rapid-turnaround flooring and traffic coating work

Working Time, Recoat & Cure

Cool temperatures, high humidity, low airflow and thicker films extend cure; hot conditions shorten working time. Plan mixing, manpower and staging before opening kits. Confirm against the current TDS.

Condition	Typical Value	Practical Note
Recoat Window	1–2 hours	Recoat when firm enough to accept the next layer without damage
Light Foot Traffic	3–4 hours	Protect from dirt, water and early abuse
Vehicle Traffic	About 24 hours	Longer in cool or damp conditions, or at heavy film build
Full Cure	5–7 days	Delay aggressive cleaning and chemical exposure until full cure
Rain / Moisture Protection	6–12 hours minimum	Protect exterior work during early cure

Coverage & Film Build

Theoretical coverage per US gallon (10 L kit ≈ 2.6 US gal); adjust for texture, profile, porosity and method. Confirm against the current TDS.

Use Mode	Typical Film Build	Typical Coverage
Sealer / Thin Coat	5–10 mils	530–265 ft²/US gal
Standard Traffic Coat	10–20 mils	265–130 ft²/US gal
Heavy-Duty HPP Coat	20–30 mils	130–85 ft²/US gal
Broadcast Seal Coat	8–20 mils	Depends on broadcast profile, aggregate size and texture
Pigmented Coat	10–20 mils	Depends on colour, hiding, substrate profile and backroll technique

Application Conditions

Confirm all conditions against the current ResinTech TDS and project specification before use.

Condition	Requirement
Substrate Temperature	10–30 °C
Ambient Temperature	10–32 °C
Relative Humidity	Maximum 85% recommended
Dew Point	Substrate at least 3 °C above dew point
Concrete Moisture	Dry concrete; verify moisture before coating
Concrete Age	Normally 28 days unless the designer approves earlier work
Minimum Concrete Strength	3,600 psi compressive and 220 psi tensile pull-off

Application Notes

Always confirm application requirements against the current TDS, SDS and project specification before use.

Surface Preparation

Concrete must be sound, clean, dry and free of laitance, curing compounds, sealers, oil, grease and bond breakers. Mechanically prepare to the surface profile required by the project — thin coatings need a clean, uniform profile; traffic and broadcast systems need stronger mechanical tooth. Vacuum until dust is removed from profile and pores; do not coat dusty or contaminated concrete. Existing coatings must be sound, compatible and properly abraded — remove glossy, soft, unknown or poorly bonded coatings. Repair cracks, spalls, transitions, drains and edges before coating; moving joints must remain functional and be treated separately. Avoid application during falling slab temperature when outgassing may cause bubbles or pinholes. Confirm against the current TDS.

Mixing

Condition materials to application temperature before use. Pre-mix Part A and Part B separately; add compatible pigment to Part A where a pigmented coating is required. Combine Part A and Part B at 1:1 by weight and mix mechanically for 2–3 minutes at low speed. Scrape sides and bottom of the pail and mix until uniform; avoid whipping air into the coating. Do not thin with solvents and do not stretch material beyond the recommended film build. Apply immediately after mixing — polyaspartics cure quickly, so organize tools and crew before mixing. Confirm against the current TDS.

Application & Texture

Apply by squeegee and backroll, roller, brush for details, or spray where appropriate; maintain a wet edge. For slip resistance, broadcast silica sand, quartz, aluminum oxide or approved media into the wet coating as specified. When sealing decorative flake or quartz, use even pressure and avoid resin puddles that can change texture or gloss. For pigmented coats, use a consistent batch procedure and film thickness — mock-ups are recommended for colour-sensitive work. Stage traffic work to protect fresh coating from rain, condensation, dust, vehicle tires and early turning stress. Confirm against the current TDS.

Limitations

Not a crack-bridging membrane — use a suitable flexible membrane (e.g. FLEXCOAT-PU) where movement or waterproofing is required.
Do not apply to wet, frozen, contaminated, dusty or condensing substrates.
Moisture exposure during early cure may affect appearance, gloss or surface quality.
Excessive film thickness can affect cure and appearance — apply within the recommended thickness range.
For maximum long-term abrasion or chemical resistance, use CRU as the premium protective topcoat where specified.
Slip resistance depends on aggregate type, broadcast rate, topcoat thickness and maintenance — approve texture by mock-up.

Technical Documentation

Request the current ResinTech HPP Technical Data Sheet (TDS) and Safety Data Sheets (SDS) from Canopus Supply before specifying or ordering.

Trade Purchasing Note

All sales are intended for professional and trade purchasers. Before ordering, confirm product suitability, quantity, colour, system compatibility, substrate condition, pickup timing and delivery requirements. Product use and installation are the responsibility of the purchaser and installer.

Technical information is provided for professional reference only. Always confirm suitability against the current TDS, SDS, project specification and site conditions before use.

Order Enquiries & Volume Orders

For volume orders, system compatibility questions, pickup timing or delivery across BC, contact Canopus Supply before placing a bulk order.

Call: 1 (250) 233-3000
Email: order@canopussupply.com
Pickup: Unit 103, 185 Forester Street, North Vancouver, BC

Canopus Supply Inc. — Authorised ResinTech Distributor, Metro Vancouver & BC