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Matting PVC is a polyvinyl chloride-based matting additive used mainly in coating, ink, leather, plastic, and surface-finishing systems, and Matting PVC is valued for reducing gloss, improving surface texture, and providing controlled matte appearance in compatible formulations.
Matting PVC is commonly used in powder coatings, solventborne coatings, waterborne coatings, printing inks, artificial leather, PVC films, and decorative surface systems where low gloss, uniform matting, and stable processing behavior are required.
Matting PVC is typically supplied as a white to off-white fine powder or micronized polymer additive, and Matting PVC performance depends on particle size, PVC grade, plasticizer compatibility, dispersion quality, dosage, processing temperature, resin system, and final film thickness.
CAS Number: 9002-86-2
EC Number: Polymer / not usually assigned as a single conventional EC number
Molecular Formula: (C2H3Cl)n
Molecular Weight: Polymer; variable
Synonyms: Matting PVC, PVC Matting Agent, Polyvinyl Chloride Matting Agent, Micronized PVC Matting Powder, PVC Matte Additive, PVC-Based Matting Additive, Polyvinyl Chloride Powder, PVC Fine Powder, Low Gloss PVC Additive, Matte PVC Powder, PVC Surface Modifier, PVC Gloss-Reduction Additive, Matting PVC, Matte PVC, Matt PVC, Polyvinyl Chloride Matting Agent, PVC Matting Agent, PVC Matte Additive, PVC Matt Additive, Matting Agent For PVC, Matte Additive For PVC, Matt Additive For PVC, Low-Gloss PVC, Low Gloss PVC, Gloss-Reducing PVC, PVC Gloss Reducer, PVC Gloss Control Additive, PVC Surface Matting Agent, PVC Finish Modifier, PVC Matte Finish Additive, PVC Matt Finish Additive, PVC Coating Matting Agent, PVC Film Matting Agent, PVC Sheet Matting Agent, PVC Leather Matting Agent, PVC Artificial Leather Matting Agent, PVC Flooring Matting Agent, PVC Compound Matting Agent, PVC Plastisol Matting Agent, PVC Paste Matting Agent, PVC Resin Matting Additive, PVC Processing Matting Agent, PVC Texture Additive, PVC Surface Modifier, PVC Anti-Gloss Additive, PVC Dulling Agent, PVC Flatting Agent, Flatting Agent For PVC, Dulling Agent For PVC, Matting Powder For PVC, PVC Matte Powder, PVC Matt Powder, PVC Matting Powder
APPLICATIONS
Matting PVC is used in coating formulations to reduce gloss and create matte or satin surface finishes.
Matting PVC is incorporated into powder coatings where polymeric matting behavior helps create uniform low-gloss appearance.
Matting PVC is used in solventborne coatings where controlled dispersion and particle structure support stable matte effects.
Matting PVC is used in waterborne coatings in selected applications where the additive grade is compatible with the aqueous system.
Matting PVC is incorporated into industrial coatings to reduce surface shine while maintaining acceptable film integrity.
Matting PVC is used in decorative coatings where soft matte appearance and controlled surface texture are required.
Matting PVC is used in printing inks to reduce gloss and improve surface feel.
Matting PVC is incorporated into gravure, screen, and specialty inks where matte appearance and abrasion behavior are important.
Matting PVC is used in packaging and decorative ink systems in selected applications to create non-glossy visual effects.
Matting PVC is used in artificial leather and coated fabric systems to create natural matte surface appearance.
Matting PVC is incorporated into PVC leather topcoats to reduce plastic-like shine and improve tactile feel.
Matting PVC is used in upholstery, footwear, bag, and decorative sheet applications where controlled surface aesthetics are required.
Matting PVC is used in PVC films and sheets to provide low-gloss appearance and surface modification.
Matting PVC is incorporated into calendered and coated PVC systems where matte finish and texture consistency are important.
Matting PVC is valued because Matting PVC provides polymeric gloss control, surface texture modification, and formulation compatibility in many PVC-based and coating-related applications.
Matting PVC is used as a matting agent in plasticized PVC formulations. Matting PVC is used to reduce gloss in PVC surfaces. Matting PVC is applied in flexible PVC films. Matting PVC helps create a soft matt appearance in vinyl products.
Matting PVC is used in PVC leather cloth. Matting PVC improves low-gloss surface finish in synthetic leather. Matting PVC is applied in PVC flooring materials. Matting PVC helps produce non-glossy decorative floor surfaces.
Matting PVC is used in wall covering formulations. Matting PVC supports smooth matt finishes in decorative vinyl wallpapers. Matting PVC is used in PVC sheets. Matting PVC helps improve surface appearance and reduce reflection.
Matting PVC is used in calendered PVC products. Matting PVC supports uniform matt effects during sheet and film processing. Matting PVC is used in extruded PVC materials. Matting PVC helps control surface gloss in extrusion applications.
Matting PVC is used in coated fabrics. Matting PVC helps create matt textile-backed PVC surfaces. Matting PVC is applied in tarpaulin and technical fabric coatings. Matting PVC supports durable low-gloss coated surfaces.
Matting PVC is used in automotive interior PVC materials. Matting PVC helps reduce glare on dashboard and trim surfaces. Matting PVC is applied in imitation leather for car interiors. Matting PVC supports soft-touch matt appearance in vehicle components.
Matting PVC is used in furniture upholstery materials. Matting PVC helps produce elegant matt synthetic leather surfaces. Matting PVC is applied in decorative upholstery films. Matting PVC improves visual uniformity in vinyl furniture coverings.
Matting PVC is used in shoe and bag materials. Matting PVC helps produce low-gloss artificial leather for fashion goods. Matting PVC is used in luggage and accessory materials. Matting PVC supports attractive matt finishes in coated vinyl products.
Matting PVC is used in PVC printing films. Matting PVC helps improve print appearance by reducing surface shine. Matting PVC is applied in advertising films and banners. Matting PVC supports controlled gloss in display materials.
Matting PVC is used in PVC labels and decorative films. Matting PVC helps create premium non-reflective surfaces. Matting PVC is applied in packaging films. Matting PVC supports matt surface effects in specialty packaging.
Matting PVC is used in wire and cable compounds. Matting PVC helps reduce surface gloss in flexible cable jackets. Matting PVC is applied in hose and tubing compounds. Matting PVC supports low-gloss appearance in molded and extruded PVC parts.
Matting PVC is used in PVC foam products. Matting PVC helps control surface finish in expanded vinyl materials. Matting PVC is applied in plastisol formulations. Matting PVC supports matt effects in coated, dipped, and molded plastisol products.
Matting PVC is used in screen-printing PVC systems. Matting PVC helps produce matt printed coatings. Matting PVC is used in specialty vinyl coating formulations. Matting PVC supports decorative and functional low-gloss surface design.
Matting PVC is used in masterbatch and compound development. Matting PVC helps formulators adjust gloss level, texture, and appearance.
DESCRIPTION
Matting PVC is a polyvinyl chloride-based polymer additive designed to reduce surface gloss by modifying film surface structure and light reflection.
Matting PVC can create a matte effect by forming fine surface irregularities or controlled microtexture in compatible coating and plastic systems.
Matting PVC performance depends strongly on particle size distribution, because finer particles may provide smoother matting while coarser grades can increase texture and haze.
Matting PVC is compatible with many PVC plastisol, organosol, coating, and ink systems, but compatibility must be confirmed for each resin, solvent, plasticizer, and processing condition.
Matting PVC requires proper dispersion because poor wetting or agglomeration can cause specks, uneven gloss, roughness, or inconsistent coating appearance.
Matting PVC dosage should be optimized because excessive loading can reduce flow, flexibility, transparency, mechanical strength, or chemical resistance.
Matting PVC is generally stable under normal dry storage conditions, but Matting PVC should be protected from heat, moisture, contamination, and strong oxidizing conditions.
Matting PVC should not be overheated during processing because PVC can degrade at excessive temperatures and may release irritating or corrosive decomposition products.
Matting PVC should be used according to supplier recommendations, coating regulations, polymer processing requirements, and workplace safety standards.
Matting PVC is a specialty polyvinyl chloride material designed to reduce surface gloss. Matting PVC is commonly supplied as a fine powder or resin grade. Matting PVC is usually white or off-white in appearance. Matting PVC is used to create matt and semi-matt effects in PVC formulations.
Matting PVC works by modifying surface texture and light reflection. Matting PVC helps produce non-reflective vinyl surfaces. Matting PVC is compatible with many PVC plasticizers and additives. Matting PVC can be processed in calendering, extrusion, coating, and plastisol systems.
Matting PVC contributes to controlled appearance in flexible and semi-rigid PVC products. Matting PVC can improve tactile feel in synthetic leather and film applications. Matting PVC helps reduce glare in decorative and automotive surfaces. Matting PVC supports uniform gloss reduction when properly dispersed.
Matting PVC performance depends on resin type, plasticizer level, filler content, and processing conditions. Matting PVC may influence viscosity, fusion behavior, and surface smoothness. Matting PVC should be selected according to the required gloss level and application method. Matting PVC can be combined with other additives for customized surface effects.
Matting PVC should be stored in a cool and dry place. Matting PVC should be protected from moisture and contamination. Matting PVC should be kept in tightly closed packaging. Matting PVC should be handled with normal industrial hygiene practices.
Matting PVC should be processed under suitable temperature conditions to avoid degradation. Matting PVC may release irritating fumes if overheated or decomposed. Matting PVC is valued for its ability to create durable low-gloss vinyl surfaces. Matting PVC is widely used in decorative, automotive, textile, and industrial PVC products.
Matting PVC is an important specialty resin for controlled matt appearance in PVC-based formulations.
PROPERTIES
Chemical Formula: (C2H3Cl)n
Common Name: Matting PVC
Chemical Type: Polyvinyl chloride-based matting additive; polymeric gloss-control additive
Appearance: White to off-white fine powder
Odor: Mild characteristic odor or nearly odorless
Particle Size: Grade dependent; often fine or micronized
Solubility: Insoluble in water; compatibility depends on solvent, plasticizer, and resin system
Bulk Density: Grade dependent
Softening Behavior: Polymer grade dependent
Thermal Stability: Stable under recommended processing conditions; avoid overheating
Matting Function: Reduces gloss by surface texture and light-scattering effects
Stability: Stable under normal dry storage; protect from heat and contamination
Storage Temperature: 15–30°C, tightly closed, dry
Shelf Life: Typically 12–24 months in original sealed packaging, supplier dependent
FIRST AID
Inhalation:
Move to fresh air if dust is inhaled.
Seek medical attention if respiratory irritation, coughing, or discomfort persists.
Avoid breathing dust during weighing, charging, blending, and grinding operations.
Skin Contact:
Wash skin with soap and water after contact.
Remove contaminated clothing if necessary and wash before reuse.
Seek medical advice if irritation develops or persists.
Eye Contact:
Rinse cautiously with water for several minutes.
Remove contact lenses if present and easy to do, then continue rinsing.
Seek medical attention if irritation persists.
Ingestion:
Rinse mouth with water.
Seek medical attention if discomfort occurs or if a significant amount is swallowed.
Never give anything by mouth to an unconscious person.
Note to Physicians:
Treat symptomatically.
For thermal decomposition exposure, monitor for respiratory irritation from PVC degradation fumes.
Provide supportive care as needed.
HANDLING AND STORAGE
Handling:
Use appropriate PPE including gloves, safety glasses, and dust protection for bulk powder handling.
Avoid generating dust during transfer, weighing, mixing, and grinding operations.
Use clean, dry equipment to prevent contamination and maintain consistent matting performance.
Ventilation:
Use general ventilation for normal handling.
Use local exhaust ventilation where dust may be generated.
Provide effective ventilation during heated processing to control possible fumes.
Storage:
Store in tightly closed bags or containers in a cool, dry, well-ventilated area.
Protect from moisture, excessive heat, direct sunlight, and contamination.
Keep away from strong oxidizers and high-temperature ignition or decomposition sources.
Spill and Leak Procedures:
Sweep or vacuum spilled powder while avoiding dust generation.
Collect into suitable containers for reuse or disposal according to local regulations and facility procedures.
Clean remaining residue carefully to prevent dust accumulation and slipping hazards.
Handling Precautions:
Optimize dosage because Matting PVC affects gloss, texture, flow, flexibility, and mechanical properties depending on the formulation.
Control processing temperature because overheating PVC-based materials can cause discoloration, degradation, and irritating fumes.
Rotate stock using FIFO practices to maintain consistent powder flow, particle dispersion, and matting performance.
