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Anti Slip Epoxy Powder Coating
Formulated with advanced epoxy resins, mineral aggregates, friction-enhancing fillers, silica textures, anti-wear additives, pigments, and specialized curing agents, the coating creates a textured film that increases surface grip. Its dense cross-linked structure offers excellent resistance to chemicals, oils, solvents, moisture, mechanical impact, and corrosion, making it suitable for aggressive industrial environments. Anti-Slip Epoxy Powder Coating is commonly applied on stair treads, walkways, platforms, ladders, industrial flooring panels, ramps, machine bases, loading docks, marine decks, vehicle flooring, and chemical plant equipment. It also provides reliable safety performance for refineries, warehouses, food processing facilities, power stations, construction equipment, and offshore operations.
Anti Slip Masterbatch
To create an anti-skid surface, anti-slip masterbatches roughen the surface of films containing evenly distributed polymer particles. This masterbatch gives films or sheets a naturally rough, non-slip surface after manufacture. Manufacturers of bags benefit greatly from the anti slip effect, which offers a rough surface . Anti-Slip Masterbatches are renowned to deliver consistent anti-slip properties in a wide range of industries such as packaging, flooring and industrial applications.
The roughened surface created by Anti-Slip Masterbatches significantly increases the coefficient of friction, preventing films and sheets from slipping or sliding that are effective in stacking stability and better product integrity during transportation and storage and these Reduced slippage during processing allows faster production lines and improved efficiency. Since the masterbatch is formulated with high-quality, long-lasting materials, ensuring consistent anti-slip properties throughout the lifespan of your films and sheets. Formulated anti-slip masterbatch has the exact properties to increase the friction between surfaces to have anti-skid properties. the product is composed of abrasive particles with special additives built into a sturdy polymer support.
Anti Static Masterbatch
Antistatic Masterbatches have the correct formula that prevents static electricity from appearing, accumulating or rebuilding over time so provide superior static control, effectively reducing the buildup of electrostatic charges in plastic products. These masterbatches offer long-lasting protection, ensuring safer handling and enhanced product performance for packaging, electronics automotive applications. antistatic masterbatch operates very effectively. It contains molecules that migrate to the product’s surface, an action which automatically draws airborne water molecules onto the surface as well. This meeting of molecules depletes the electric charge. They can be used in single or multilayer films to effectively reduce surface resistivity and improve product quality.
Features :
Reduces risks associated with static electricity accumulation , provides durable static protection throughout the product’s life & Suitable for a wide range of polymers and applications.
Applications:
- The automotive industry: antistatic additives prevent the accumulation of dust and static electricity on plastic car interiors and exteriors.
- The packaging industry: The last thing food manufacturers want is for their shelf-stable products to become charged with static electricity. antistatic masterbatches prevent dust and electric charge, while adhering to food industry standards and regulations.
- The textile industry: The raw materials used by this industry are static electricity prone. antistatic masterbatch can be incorporated into FIBC bags, shade nets, greenhouse twines and more.
The choice of a correct antistatic is crucial and is determined by a wide range of factors such as polymer type, processing conditions, and end application. Anti-static Masterbatches can be fast-acting to reduce dust attraction in food packaging and display applications and can be formulated to give longer-term effects in demanding applications such as flooring , sheet films and others
Anti Vibration Glove
Both general anti – vibration gloves and gloves that are designed for specific industries are available include full-finger gloves and half-finger Gloves.
– Full-finger gloves are the most common type of anti-vibration gloves. They provide full hand and finger coverage, making them ideal for situations where you need maximum protection.
– Half-finger gloves are also known as fingerless gloves. They protect the palm and wrist while exposing the fingers for maximum dexterity. Half-finger gloves are ideal for tasks that require precision and fine motor skills. They are also great for situations where you need to use touchscreens or handle small objects.
Materials :
Neoprene gloves are great for wet conditions because they are waterproof and provide excellent grip. Nylon gloves are lightweight and breathable, ideal for hot and humid conditions. Synthetic leather gloves are durable and offer excellent protection against cuts and abrasions. These gloves typically contain an air bladder , gel or foam, that absorb the vibrations.
Anti-Fog Masterbatch
Anti fog masterbatches Maintain crystal-clear transparency , Uncompromised visual appeal , Long-lasting freshness , have FDA-approved safety and Temperature resilience. Anti – fog masterbatches are Ideal for use in food packaging, agricultural films, green house films , medical packaging , automotive parts and some other industrial applications. The supplied Anti-Fog Masterbatches offer long-lasting clarity, improving product presentation and ensuring optimal performance in a variety of environments.
Anti-fog masterbatches ensures protection against fogging by avoiding the formation of droplets on the inner surface of the plastic film. This helps to maintain a clear view and avoids quality loss of the content.
Anti-Fungal Silicone Sealant
This professional-grade silicone incorporates anti-mold biocides, UV stabilizers, and moisture-resistant polymers that inhibit fungal growth on the sealant surface even under high humidity and water exposure. It provides excellent adhesion to ceramic tiles, glass, porcelain, stainless steel, PVC, acrylic, and coated surfaces with minimal shrinkage and smooth finishing. Anti-Fungal Silicone Sealants maintain strong elasticity, withstand thermal expansion, and resist cracking, yellowing, and chemical cleaning agents used in sanitary environments. Available grades include kitchen & bath sealant, sanitary neutral cure, premium anti-mold acetoxy, transparent anti-fungal silicone, and high-modulus bathroom-grade sealants designed for professional installations. Their stable rheology ensures easy extrusion and clean tooling for consistent results across construction and maintenance projects.
Typical applications include sealing around sinks, showers, bathtubs, toilets, tiles, countertops, glass partitions, and ventilation systems—any area exposed to water and steam. Key advantages include long-lasting mold resistance, superior waterproofing, high adhesion strength, UV stability, and compatibility with most sanitary substrates. Export-ready packaging such as 300 ml cartridges, 280 ml tubes, and sausage packs make these sealants ideal for international distributors.
Anti-Graffiti Polyurethane Top Coat
Anti-Graffiti PU Top Coats are formulated using advanced polyurethane resin systems with excellent surface hardness and chemical resistance. After curing, the coating forms a tightly cross-linked layer with very low surface energy, which prevents penetration of spray paints and dyes. This structure allows repeated cleaning using mild solvents or detergents without loss of gloss or film integrity. The coating also provides good resistance to UV radiation, weathering, abrasion, and moisture. Excellent adhesion ensures long-term performance on concrete, steel, aluminum, and previously coated surfaces. These top coats are compatible with epoxy and polyurethane primer systems and can be applied by spray, roller, or brush.
Anti-graffiti polyurethane top coats are commonly applied on bridges, tunnels, metro stations, public buildings, industrial walls, fences, and infrastructure exposed to vandalism. They help reduce maintenance time, cleaning costs, and surface damage caused by repeated repainting. The coatings maintain color stability and surface appearance in outdoor environments. For export and industrial supply, these products are available in standard packaging such as 5 L and 20 L metal cans, 18 L steel pails, and 200 L drums, suitable for international transportation. Combining easy cleanability, durability, and aesthetic protection, anti-graffiti PU top coats provide a reliable solution for long-term surface preservation in urban and industrial applications.
Anti-Oxidant Masterbatch
Antioxidant masterbatch allows for improved control of the polymer manufacturing process by increasing dispersion efficiency leading to cost savings. Anti-oxidant masterbatch interrupt autoxidation in different ways according to their chemistry and molecular weight. Oxidation can be eliminated by Primary Antioxidants that interrupt the primary oxidation cycle by removing the propagating radicals and Secondary Antioxidants that stop the oxidative cycle by preventing or inhibiting the formation of free radicals.
Anti-Oxidant Masterbatch can offer better stabilization of the polymer during processing and also prolong its useful life in the end application .Long term color and thermal stability can be enhanced by selecting the correct package of antioxidants to be added to the masterbatch
Antioxidant Masterbatches
- Eliminate melt fracture and improve surface finish.
- Reduce die-drool.
- Improve throughput & minimize energy consumption.
- Reduce the incidence of gel formation.
- Improve processability of recycled or reground polymers of the active ingredients.
Anti-Scratch Masterbatch
Anti-Scratch Masterbatches are formulated to provide long-lasting surface protection by reducing the visibility of scratches and scuffs in the plastic products. Designed for superior and durable performance, they ensure the plastic items retain their aesthetic appeal and functional integrity over time, even in demanding applications. Anti scratch master batches are Suitable for a range of applications, including automotive interiors, consumer electronics, and household goods ensuring that products remain scratch-free and maintain their premium look. Incorporating high-performance anti-scratch masterbatches into plastic products is essential for manufacturers aiming to enhance product durability and visual quality. These masterbatches form a protective barrier on the surface, preventing scratches without compromising the material’s overall performance.
Special Features
- Economical due to reduced rejections of articles
- Reduces scratch depth and width & Improves colour and gloss
- Visual and aesthetic value improves
- Withstands high temperature
- Performs at low temperature
- Improves mold release
Applications
- Luggage
- Toys
- Household items
- Caps and closures
Anti-Static Epoxy Power Coating
Formulated with advanced epoxy resins, conductive carbon additives, metallic fillers, flow modifiers, and optimized curing agents, the coating creates a uniform conductive network throughout the film. This ensures consistent ESD protection, precise resistance values, and stable electrical performance even under temperature fluctuations and mechanical stress. The coating demonstrates strong resistance to abrasion, solvents, oils, industrial chemicals, and corrosive atmospheres and its excellent adhesion and chemical resistance provide long-term durability in harsh conditions. Anti-Static Epoxy Powder Coatings are widely used for electronic enclosures, control panels, instrument housings, fuel system components, conveyor rollers, clean-room equipment, storage tanks, and metal parts exposed to explosive atmospheres (ATEX-classified zones).
Anticorrosive Vinyl Top Coat
This coating forms a dense, tightly bonded film that acts as an effective barrier against moisture, oxygen, and corrosive contaminants. It is widely used in protective coating systems where corrosion resistance and durability are critical. From a technical standpoint, anticorrosive vinyl top coat is formulated using high-quality vinyl resin systems that deliver excellent adhesion and film integrity on properly prepared and primed substrates. The cured coating exhibits strong resistance to humidity, salt spray, industrial fumes, and atmospheric pollutants. Its low permeability significantly reduces the risk of corrosion under the coating. The film also offers good flexibility and abrasion resistance, allowing it to withstand mechanical stress and thermal movement. Fast drying properties enable efficient application by spray, roller, or brush in industrial projects.
Anticorrosive vinyl top coats are commonly applied on steel structures, pipelines, storage tanks, marine equipment, and industrial facilities exposed to corrosive conditions. They are especially suitable for coastal, offshore, and high-humidity environments. The coating helps extend maintenance intervals and reduce long-term protection costs. It integrates well with compatible primers and interlayers to form complete anticorrosion systems. Available in various colors and finishes, anticorrosive vinyl top coats provide a reliable solution for durable industrial corrosion protection.
Antimicrobial Masterbatch
Antimicrobial masterbatch is a specialized form of plastic that has antimicrobial properties. Its antimicrobial component usually consists of silver-based materials which have been found to be effective in limiting the growth of bacteria, mold, and other microbes. Antimicrobial masterbatch can provide lasting protection against contamination even after being exposed to a variety of environmental conditions, such as moisture, temperature changes and acidic or alkaline chemicals. Additionally, antimicrobial masterbatch is generally easier to process than conventional antimicrobial plastics due to its better thermal stability and mechanical properties. This makes antimicrobial masterbatch an increasingly popular choice for medical, food packaging and industrial applications.
Benefits :
- Reduction in the spread of healthcare-acquired infections
- Protection against cross-contamination
- Accelerated healing from wound dressings
- Reduced odor formation in synthetic fibers and sportswear
- Increased product lifespan and durability
- Resistance to unsightly and unwanted biofilm build-up