Resources / Product Comparison

Product Comparison

Find the VERDA coating family that fits your surface, environment, and performance goal, then share your project details for a tailored recommendation.

Compare coating systems

Choose a coating family

Compare typical coating families by surface, environment, performance needs, and project decision criteria.

Product systems

Wall and facade coatings

Architectural Coatings

For interior and exterior wall projects where appearance, comfort, stain resistance, weathering, and easier facade maintenance matter.

Interior primer and interior wall paint options include low-odor, mildew-resistant, zero-VOC, scrub-resistant, velvet, self-cleaning, formaldehyde-free, and children's-room focused products.

Exterior range includes penetrating primer, sealing primer, anti-fouling exterior paint, weather-resistant exterior paint, and self-cleaning exterior paint.
Share project details

Floor Paint Systems

Resin floor coating systems

Floor Paint Systems

For concrete floor projects where traffic, wear, slip resistance, static control, chemical exposure, color, and construction budget need to be balanced.

Available routes include high-solid flat coating, wear-resistant flat coating, textured non-slip coating, solvent-free systems, waterborne systems, and polyurethane topcoat options.

Specialized choices are available for anti-static, anti-corrosion, breathable, self-leveling, road color, marking, and wear-resistant applications.
Share project details

Waterborne PU Mortar Floors

Hygienic heavy-duty floor systems

Waterborne PU Mortar Floors

For humid, hygienic, temperature-changing, or heavy-duty floor environments where standard floor paint may not provide enough protection.

Designed for demanding floors that may require wear resistance, heavy-load resistance, thermal shock resistance, moisture resistance, anti-skid performance, anti-corrosion, mildew resistance, easy cleaning, explosion-proof performance, or anti-static performance.

Suitable for clean processing areas that face large temperature changes, wet cleaning, or strict hygiene expectations.
Share project details

Industrial Protective Coatings

Steel and equipment protection

Industrial Protective Coatings

For steel, equipment, bridges, tanks, marine structures, machinery, and industrial assets that need corrosion, weather, chemical, or heat protection.

System choices include epoxy primers, zinc-rich primers, intermediate coats, epoxy topcoats, polyurethane topcoats, polyaspartic coatings, acrylic, alkyd, chlorinated rubber, antifouling, and water-based industrial options.

High-temperature coating options are available for dry heat service environments.
Share project details

Polyaspartic Polyurea Systems

Waterproofing and fast-curing protection

Polyaspartic Polyurea Systems

For waterproofing, anti-corrosion, and protective projects that need a seamless, fast-curing coating route for complex surfaces and demanding environments.

Application routes cover kitchens, bathrooms, balconies, roofs, caissons, swimming pools, water parks, offshore and wind power structures, bridges, tunnels, sewage pools, tanks, sealants, and supporting primers.

Key selection points include curing speed, waterproofing, UV exposure, weathering, substrate adhesion, immersion condition, and whether spray or brush application is required.
Share project details

Frozen / Energy-Saving Coatings

Heat-reduction and energy-saving coatings

Frozen / Energy-Saving Coatings

For building-envelope projects that need heat reduction, solar radiation management, exterior wall comfort, roof heat control, or energy-saving coating options.

Solution routes include transparent, adiabatic, and nano energy-saving coating options for different surfaces.

Typical use cases include exterior walls, roofs, glass, and building surfaces exposed to strong sunlight or heat gain.
Share project details

Selection Matrix

Performance matrix

Typical surface	Core problem solved	First selection move	Details to confirm	Architectural Coatings
Interior and exterior walls	Decoration, wall protection, stain resistance, mildew control, weathering	Choose primer plus interior or exterior topcoat	Wall condition, moisture, finish, color, exposure, expected service life	Floor Paint Systems
Concrete floor and prepared floor systems	Wear, slip, color, parking, workshop traffic, anti-static, anti-corrosion	Select epoxy, solvent-free, waterborne, PU, anti-static, or anti-corrosion route	Load, moisture, conductivity, anti-slip texture, chemicals, downtime	Waterborne PU Mortar Floors
Concrete floors in demanding processing areas	Wet processing, thermal shock, heavy load, hygiene, anti-static	Use PU mortar route when performance demand is above standard resin floor paint	Temperature range, cleaning chemicals, thickness, slip texture, conductivity	Industrial Protective Coatings
Steel, zinc, aluminum, concrete in industrial contexts	Corrosion, weathering, chemical stress, heat, marine or equipment exposure	Build a primer, intermediate coat, and topcoat system	Standard requirement, surface preparation, DFT, temperature, chemicals	Polyaspartic Polyurea Systems
Concrete, tile, metal, wood, waterproof details, complex structures	Seamless waterproofing, quick repair, UV, immersion, complex details	Choose project-specific polyurea route plus primer or sealant	Application method, thickness, water exposure, UV, substrate dryness	Frozen / Energy-Saving Coatings
Exterior walls, roofs, glass, building envelope	Solar heat gain, thermal comfort, energy-saving positioning	Confirm whether transparent, adiabatic, or nano route fits the surface	Substrate, transparency, climate, target cooling effect, maintenance	Project Scenarios

Application scenarios

Interior wall comfort and clean appearance

Start with Architectural Coatings. Check low-odor, zero-VOC, scrub-resistant, mildew-resistant, velvet, self-cleaning, or children's-room routes.

Exterior facade durability and easier maintenance

Start with Architectural Coatings exterior primer and topcoat options. Confirm anti-fouling, weather-resistant, or self-cleaning expectations.

Factory floor with normal traffic and budget control

Start with Floor Paint Systems. Compare epoxy, solvent-free, waterborne, anti-slip, anti-static, anti-corrosion, or PU topcoat routes.

Food, beverage, biopharma, or wet processing floor

Start with Waterborne PU Mortar Floors. Confirm cleaning chemicals, wet operation, temperature swing, slip texture, and hygiene needs.

Steel structure, tank, bridge, or equipment corrosion protection

Start with Industrial Protective Coatings. Build the primer, intermediate coat, and topcoat system from exposure and surface-prep conditions.

Roof, pool, caisson, balcony, or complex waterproof details

Start with Polyaspartic Polyurea Systems. Confirm water exposure, application method, substrate dryness, and joint treatment.

Heat reduction or building energy-saving coating question

Start with Frozen / Energy-Saving Coatings. Confirm surface type, transparency, climate, expected effect, and maintenance conditions.

Inquiry Checklist

A useful product recommendation requires more than a product name. Share the project facts below so VERDA can recommend a coating route with fewer follow-up questions.

A better recommendation starts with project conditions.

Surface type: wall, concrete floor, steel, zinc, aluminum, tile, roof, glass, or mixed substrate
New construction or renovation, plus current surface condition
Main concern: decoration, corrosion, waterproofing, heat reduction, wear, anti-slip, hygiene, anti-static, or chemical resistance
Area, target thickness or film build, and expected service life
Application method and available construction window
Traffic load, cleaning method, temperature range, chemical exposure, and water immersion if relevant
Color, finish, texture, transparency, and sample requirement
Required documents, certifications, TDS, SDS, or local compliance checks
Product Information Notes

This comparison helps you make an early product selection. Final specifications, compliance documents, and application details should be confirmed with VERDA before purchase or construction.

Architectural Coatings

Share the wall condition, primer need, finish, color, interior comfort requirement, exterior exposure, and expected service life.

Floor Paint Systems

Share the floor use, traffic load, abrasion, slip requirement, chemical exposure, moisture, static-control need, color, downtime, and target thickness.

Waterborne PU Mortar Floors

Share temperature changes, wet processing conditions, cleaning chemicals, anti-slip texture, anti-static requirement, substrate moisture, and target thickness.

Industrial Protective Coatings

Share the substrate, surface preparation level, corrosion environment, dry-film thickness target, primer/midcoat/topcoat build, service temperature, chemical exposure, and document requirements.

Polyaspartic Polyurea Systems

Share the application method, target thickness, water exposure, UV exposure, chemical exposure, substrate dryness, joint treatment, and expected traffic timing.

Frozen / Energy-Saving Coatings

Share the substrate, transparency requirement, exterior exposure, expected heat-reduction goal, climate, color, cleaning conditions, and whether the project involves walls, roofs, or glass.

For final use, VERDA can help confirm the latest TDS/SDS, surface preparation, coating build, application method, and project-specific requirements.

Send the selected system, substrate, exposure, and performance requirements for a focused inquiry.