SETAQUA 6754

SETAQUA 6754 is verified as a very hard, self-crosslinking aqueous acrylic copolymer dispersion for clear or pigmented industrial coatings. Its principal documented applications include plastic coatings, concrete floor coatings, industrial wood coatings, and decorative paper or foi include 39–41% non-volatiles, pH 8.0–10.0, an MFFT of approximately 58°C, maximum Brookfield viscosity of 15 cPa·s, and density of approximately 1.05 kg/dm³. SETAQUA 6754

SETAQUA 6754 is a very hard, self-crosslinking acrylic copolymer dispersion supplied in demineralized water.

SETAQUA 6754 functions as a waterborne binder for chemically resistant clear and pigmented industrial coatings.

SETAQUA 6754 provides high film hardness, good gloss, chemical resistance, adhesion, and blocking resistance in properly formulated coating systems.

CAS Number: Not assigned as a single CAS number; proprietary polymer dispersion
EC Number: Not assigned as a single EC number
Molecular Formula: Not applicable to a polymer dispersion
Molecular Weight: Not applicable to a polymer dispersion

SYNONYMS

SETAQUA® 6754, Setaqua 6754, SETAQUA 6754, SETAQUA Acrylic Copolymer Dispersion, Self-Crosslinking Acrylic Copolymer Dispersion, Waterborne Acrylic Copolymer Binder, Hard Acrylic Polymer Dispersion, Aqueous Acrylic Resin Dispersion, Waterborne Acrylic Binder, Acrylic Latex Binder, Self-Crosslinking Acrylic Latex, Industrial Coating Acrylic Binder, Chemical-Resistant Acrylic Dispersion, High-Hardness Acrylic Binder, Waterborne Clearcoat Binder, Waterborne Pigmented-Coating Binder, Acrylic Resin for Plastic Coatings, Acrylic Binder for Wood Coatings, Acrylic Binder for Concrete Floor Coatings, Acrylic Dispersion for Decorative Paper, Acrylic Dispersion for Decorative Foil, Air-Drying Acrylic Copolymer Dispersion, Force-Drying Acrylic Copolymer Dispersion, ECOWISE CHOICE Acrylic Dispersion, SETAQUA 6754 Acrylic Resin

APPLICATIONS

SETAQUA 6754 serves as a principal binder in industrial waterborne coatings requiring high hardness and resistance to common chemicals.
SETAQUA 6754 supports the formulation of air-drying coatings for production environments where conventional thermal curing is unavailable.

SETAQUA 6754 enables the preparation of force-dried industrial finishes with rapid development of film hardness.
SETAQUA 6754 facilitates the manufacture of both transparent and pigmented coating systems without limiting formulators to a single visual finish.

SETAQUA 6754 promotes strong adhesion in coatings applied to acrylonitrile butadiene styrene substrates.
SETAQUA 6754 provides effective binding performance in protective finishes designed for polystyrene components.

SETAQUA 6754 contributes to durable coatings for polycarbonate articles requiring alcohol resistance and a hard surface.
SETAQUA 6754 performs effectively in properly prepared coating systems for polyamide substrates.

SETAQUA 6754 delivers excellent alcohol resistance in plastic coatings intended for frequently cleaned or handled surfaces.
SETAQUA 6754 enhances the hardness of clear finishes applied to rigid plastic parts and molded components.

SETAQUA 6754 functions as a waterborne resin for industrial wood coatings exposed to cleaning agents and household chemicals.
SETAQUA 6754 improves the chemical resistance of protective finishes used on furniture components and interior woodwork.

SETAQUA 6754 supports hard, glossy coatings for cabinets, panels, shelving, and other coated wooden articles.
SETAQUA 6754 enables clear wood topcoats that preserve the appearance of the substrate while providing a resistant protective film.

SETAQUA 6754 contributes to pigmented wood coatings where durability, hardness, and surface appearance must be balanced.
SETAQUA 6754 provides blocking resistance in coated wood components that may be stacked, packaged, or placed in contact after drying.

SETAQUA 6754 forms the binder phase of air-drying pigmented coatings for concrete flooring.
SETAQUA 6754 offers excellent hot-tire pickup resistance in properly formulated coatings for garages and vehicle service areas.

SETAQUA 6754 strengthens chemically resistant floor coatings intended for workshops, storage facilities, and light industrial environments.
SETAQUA 6754 helps concrete coatings retain hardness and integrity when exposed to routine cleaning and mechanical traffic.

SETAQUA 6754 functions as a protective binder in decorative paper applications requiring good chemical resistance.
SETAQUA 6754 promotes blocking resistance in coated decorative foils that are stored or processed in rolls and stacks.

SETAQUA 6754 supports protective overcoats for printed decorative surfaces where gloss and surface durability are important.
SETAQUA 6754 enables clear or pigmented finishes for paper and foil products used in furniture, interior decoration, and laminated structures.

SETAQUA 6754 serves as a resin component in general industrial clearcoats requiring a hard and glossy dried film.
SETAQUA 6754 develops good gloss in properly balanced formulations containing suitable wetting, leveling, and defoaming additives.

SETAQUA 6754 contributes to abrasion and scratch resistance in protective coatings exposed to repeated handling.
SETAQUA 6754 maintains good blocking resistance in industrial articles that contact packaging materials or adjacent coated surfaces.

SETAQUA 6754 can be formulated for selected metal coating applications after appropriate substrate preparation and adhesion testing.
SETAQUA 6754 supports protective finishes for industrial components where chemical resistance and surface hardness are primary requirements.

SETAQUA 6754 acts as the main film-forming polymer in waterborne systems designed to reduce dependence on organic solvent-borne binders.
SETAQUA 6754 works effectively as a co-binder when compatible waterborne polymers are introduced to modify flexibility or application behavior.

SETAQUA 6754 increases mechanical strength when incorporated into compatible waterborne polyurethane-acrylic blend systems.
SETAQUA 6754 contributes a hard acrylic phase to experimental damping coatings based on waterborne polyurethane and polyacrylate combinations.

SETAQUA 6754 enables formulators to combine high film hardness with the flexibility supplied by a compatible secondary resin.
SETAQUA 6754 supports waterborne coating development for manufacturers seeking durable films with reduced organic solvent demand.

SETAQUA 6754 accepts pigments and extenders when dispersion stability and compatibility are confirmed through formulation trials.
SETAQUA 6754 accommodates conventional waterborne coating additives selected to control wetting, foam, rheology, flow, and surface appearance.

SETAQUA 6754 permits film properties to be adjusted through the controlled selection of coalescents, additives, pigments, and co-binders.
SETAQUA 6754 helps formulators prepare low-viscosity base systems that can subsequently be modified to the required application rheology.

SETAQUA 6754 provides a suitable resin platform for spray-applied industrial coatings after viscosity and atomization have been optimized.
SETAQUA 6754 facilitates roller- or brush-applied formulations when the rheology, open time, and coalescence behavior are properly adjusted.

SETAQUA 6754 supports coating systems applied by automated industrial methods where consistent resin quality and controlled drying are required.
SETAQUA 6754 allows gloss level and pigmentation to be tailored without changing the fundamental self-crosslinking acrylic binder technology.

SETAQUA 6754 delivers a durable surface for specialty coatings in which high hardness is more important than low-temperature flexibility.
SETAQUA 6754 performs in air- or force-dry production lines provided that the formulation achieves adequate film formation.

SETAQUA 6754 can be evaluated in hybrid waterborne systems intended to combine acrylic chemical resistance with the properties of polyurethane or other compatible dispersions.
SETAQUA 6754 supports coatings for mixed-substrate assemblies after adhesion and compatibility have been validated on each individual material.

SETAQUA 6754 offers formulators a binder option for applications simultaneously requiring hardness, gloss, chemical resistance, and resistance to blocking.
SETAQUA 6754 provides a versatile basis for industrial coating development in which the final performance can be optimized through controlled formulation and application testing.

DESCRIPTION

SETAQUA 6754 is an aqueous dispersion of a proprietary self-crosslinking acrylic copolymer.

SETAQUA 6754 is supplied as a liquid polymer dispersion in which solid acrylic particles are distributed throughout demineralized water.
Unlike a defined low-molecular-weight chemical, SETAQUA 6754 does not possess one fixed molecular formula, molecular weight, CAS number, or EC number.

SETAQUA 6754's exact monomer composition, crosslinking functionality, particle design, and manufacturing parameters remain proprietary to the producer.
As an acrylic copolymer dispersion, the material is manufactured through controlled aqueous polymerization and dispersion technology.

During coating application, water and other volatile formulation components begin to evaporate from the wet film.
The dispersed SETAQUA 6754 particles consequently approach one another, deform, and coalesce into a continuous acrylic film.

Self-crosslinking functionality then promotes additional network formation during drying, increasing hardness and resistance properties.
This crosslinking mechanism allows the dried coating to develop chemical resistance without requiring a separately added external crosslinker in many formulations.

SETAQUA 6754 produces a characteristically hard film and is therefore particularly appropriate for rigid substrates and durable protective finishes.
SETAQUA 6754's minimum film-forming temperature is approximately 58°C, reflecting the relatively hard nature of the acrylic polymer.

Because of this elevated minimum film-forming temperature, ambient-cure formulations may require a suitable coalescent or another film-formation strategy.
Force drying can accelerate water removal, film formation, and the development of final coating properties.

The dispersion contains approximately 39–41% non-volatile material, with the remaining portion consisting primarily of the aqueous carrier phase.
SETAQUA 6754's low supplied viscosity facilitates pumping, mixing, pigment incorporation, and subsequent rheological adjustment.

The alkaline pH range supports the stability of the aqueous acrylic dispersion under recommended storage and processing conditions.
SETAQUA 6754 is dispersible in compatible waterborne formulations but should not be regarded as a molecularly water-soluble resin.

Once dried and crosslinked, the polymer film exhibits substantially different water and chemical resistance from the original liquid dispersion.
Clear coatings prepared with the resin can provide gloss, hardness, and protection without concealing the underlying substrate.

Pigmented systems can combine the polymer’s binding performance with colorants, fillers, and functional additives selected for the intended application.
The resin of SETAQUA 6754 displays useful adhesion to ABS, PS, PC, and PA when the substrates are clean, properly prepared, and validated before production.

SETAQUA 6754's combination of hardness and blocking resistance is advantageous for coated articles that must be stacked, packaged, or contacted during handling.
The product can be blended with compatible waterborne polyurethane dispersions to modify the balance between hardness, flexibility, mechanical strength, and damping behavior.

Compatibility testing remains essential because additives, pigments, coalescents, co-binders, substrate treatments, and drying conditions can significantly affect final performance.
When SETAQUA 6754 is stored correctly and protected from freezing, excessive heat, and direct sunlight, the dispersion retains its specified processing characteristics throughout its recommended shelf-life period.

PROPERTIES

Product Name: SETAQUA 6754

Trade Name: SETAQUA® 6754

Product Type: Self-crosslinking acrylic copolymer dispersion

Chemical Family: Acrylics and acrylic copolymers

Primary Function: Waterborne coating binder and film-forming resin

Physical Form: Aqueous liquid dispersion

Carrier: Demineralized water

Polymer Structure: Proprietary self-crosslinking acrylic copolymer

CAS Number: Not assigned as a single CAS number

EC Number: Not assigned as a single EC number

Molecular Formula: Not applicable

Molecular Weight: Not applicable

Non-Volatile Content: 39–41%

pH: 8.0–10.0

Minimum Film-Forming Temperature: Approximately 58°C

Brookfield Viscosity: Maximum 15 cPa·s

Viscosity Test Conditions: 23°C, Brookfield RVT, spindle 3, 50 rpm

Density: Approximately 1.05 kg/dm³

Drying Mechanism: Water evaporation, particle coalescence, and self-crosslinking

Recommended Drying: Air drying or forced drying

Film Characteristics: Very hard, glossy, chemically resistant, and blocking resistant

Coating Appearance: Suitable for clear and pigmented systems

Compatible Plastic Substrates: ABS, PS, PC, and PA, subject to application testing

Other Suitable Substrates: Wood, concrete, decorative paper, decorative foil, and selected industrial substrates

Alcohol Resistance: Excellent in properly formulated plastic coatings

Chemical Resistance: Good in properly formulated industrial, wood, and concrete coatings

Hot-Tire Resistance: Excellent in properly formulated concrete floor coatings

Flash Point: Not applicable to the supplied waterborne dispersion according to the technical data

Recommended Storage Temperature: Above 0°C and below 35°C

Freeze Sensitivity: Protect from freezing

Sunlight Sensitivity: Avoid direct sunlight

Recommended Shelf Life: 365 days from the manufacturing date in unopened original packaging

FIRST AID

Inhalation: Move the affected person to fresh air and keep the person at rest in a position comfortable for breathing. Seek medical attention if coughing, respiratory discomfort, dizziness, or other symptoms persist. Avoid inhaling spray mist or aerosols generated during application.

Skin Contact: Remove contaminated clothing and wash the affected skin thoroughly with soap and water. Do not use organic solvents to clean the skin. Obtain medical advice if irritation, redness, or sensitization symptoms develop.

Eye Contact: Rinse cautiously with clean water for at least 15 minutes while holding the eyelids open. Remove contact lenses when present and easy to do, then continue rinsing. Obtain medical attention if irritation, pain, or visual disturbance persists.

Ingestion: Rinse the mouth thoroughly with water. Do not induce vomiting unless directed by qualified medical personnel. Never give anything by mouth to an unconscious person. Contact a physician or poison information center if a significant quantity has been swallowed or symptoms occur.

Note to Physicians: Treat symptomatically and provide supportive care. The exact product composition and regional hazard classification should be confirmed from the current supplier Safety Data Sheet before medical treatment decisions are made.

HANDLING AND STORAGE

Handling: Handle in accordance with good industrial hygiene and coating-manufacturing practices. Avoid unnecessary skin and eye contact and prevent the formation or inhalation of spray mist. Keep containers closed when not in use. Mix with clean equipment and confirm compatibility before introducing pigments, additives, coalescents, solvents, or other polymer dispersions.

Ventilation: Provide adequate general ventilation during mixing, transfer, and application. Local exhaust ventilation may be required where spraying, high-speed dispersion, heating, or other operations generate aerosols or vapors from formulation additives. Respiratory protection should be selected according to the current Safety Data Sheet and workplace risk assessment.

Storage: Store in tightly closed original containers at temperatures above 0°C and below 35°C. Protect the product from freezing, direct sunlight, excessive heat, and large temperature fluctuations. Keep containers in a cool, dry, well-ventilated storage area. Under recommended conditions, the standard shelf life is 365 days from the manufacturing date.

Spill and Leak Procedures: Stop the leak when this can be done safely and contain the released dispersion with inert absorbent material. Prevent the product from entering drains, surface water, or soil. Collect absorbed material in suitable labeled containers for disposal according to local regulations. Wash the affected area with water after bulk material has been removed, while preventing contaminated wash water from entering the environment.

Handling Precautions: Wear suitable protective gloves, safety glasses, and protective clothing based on the workplace assessment. Do not eat, drink, or smoke in handling areas. Wash hands thoroughly after use and before breaks. Prevent microbial contamination by using clean tools and containers. Do not return unused contaminated product to the original package. Consult the current regional Safety Data Sheet before commercial handling, transportation, or large-scale use.

The identity, principal applications, performance descriptions, specifications, storage range, and shelf life in the text are based on the published technical data for SETAQUA 6754. rethane–acrylic blend and damping-coating references are supported by a published polymer study. -aid section is conservative general guidance rather than a substitute for the regional SDS, which is available through a registration-protected supplier portal.