A
ABS Compound for Injection Molding
Engineered for high flow, short cycle molding, and stable shrinkage control, ABS compounds ensure smooth processing, precision part replication, and low defect rates in mass-production environments. The material supports high-gloss, matte, textured, and colored surface requirements with excellent paintability, electroplating compatibility, and uniform pigment dispersion that makes ABS one of the most widely used engineering plastics in industrial manufacturing.
ABS for Extrusion
Engineered for high melt strength and thermal stability, Extrusion ABS maintains uniform flow, reduced die swell, and minimal warpage during production. It delivers a glossy or matte surface depending on formulation, with excellent printability, paintability, and chemical resistance. UV-stabilized and impact-modified grades are available for outdoor use with improved weather durability. This grade of ABS extrudes smoothly with consistent melt strength, making it ideal for large-area sheets and complex profiles with controlled wall thickness. Extrusion ABS is widely used for automotive interior trims, wall panels, refrigerator liners, sanitary products, profile extrusions, luggage shells, display sheets, packaging trays, and appliance housings.
Acetaldehyde
Chemically, acetaldehyde is a low-molecular-weight aldehyde produced mainly by the oxidation of ethanol or ethylene-based processes. Key technical properties include high chemical reactivity, low boiling point, good solubility in water and organic solvents, and excellent participation in condensation and polymerization reactions. These characteristics allow efficient synthesis, fast reaction rates, and high conversion efficiency in industrial processes.
Acetaldehyde can be supplied in specialized commercial packaging designed for safety and efficiency, including pressurized cylinders, stainless steel drums, ISO tanks, and bulk tanker deliveries for large consumers. It requires controlled storage conditions due to its volatility and flammability, typically under inert gas and low temperatures. With its broad application range, high industrial value, and consistent quality standards, acetaldehyde remains a critical building block for chemical manufacturers seeking reliability, scalability, and performance in advanced production systems.
Acetic Acid
Key features include controlled acidity, low impurity levels, high solubility in water and organic solvents, and stable performance under varied process conditions. Acetic acid is extensively used in the production of vinyl acetate monomer (VAM), acetic anhydride, acetate esters, purified terephthalic acid (PTA), solvents, adhesives, coatings, textiles, plastics, inks, dyes, pharmaceuticals, food preservatives, and agrochemicals. From a technical perspective, it is a weak organic acid typically produced via methanol carbonylation, offering high conversion efficiency and scalability for continuous industrial operations. Its consistent quality supports precise reactions, improved yields, and cost-effective manufacturing.
For commercial supply, acetic acid is offered in a wide range of packaging solutions to meet diverse customer requirements, including HDPE drums, IBC totes, ISO tanks, flexitanks, and bulk tanker shipments for large-volume consumers. Proper storage under recommended conditions ensures long shelf life and product stability. With its broad application scope, dependable quality standards, and flexible logistics options, acetic acid remains a strategic raw material for manufacturers seeking efficiency, performance, and long-term supply reliability in competitive global markets.
Acrylic PU Top Coat
Acrylic Polyurethane Top Coat is engineered with high solids content to achieve greater dry film thickness per coat, improving efficiency while reducing the number of required applications, and it is available in multiple commercial grades including high gloss, semi-gloss, and matte finishes as well as fast-drying versions designed to accelerate project completion and reduce downtime. The coating provides excellent flow and leveling properties, ensuring a smooth, uniform, and aesthetically superior finish when applied by spray, roller, or brush, and it is recommended for use on properly primed substrates such as steel, galvanized steel, and concrete, where it demonstrates strong adhesion to epoxy primers and compatible industrial coating systems. With reliable performance across a wide range of temperatures and environmental conditions, along with a low VOC formulation that supports environmental compliance and reduced emissions, this product significantly lowers maintenance costs by extending protection intervals and improving coating lifecycle efficiency.
Acrylic Polyurethane Top Coat is widely used in industrial and infrastructure sectors including bridges, pipelines, steel structures, storage tanks, marine and offshore equipment, petrochemical facilities, and heavy industrial machinery exposed to severe weather conditions, where long-term corrosion protection and surface durability are critical requirements. For global supply and export markets, it is available in standard industrial packaging formats including 5-liter and 20-liter metal cans, 18–20-liter steel pails, and 200-liter drums, ensuring safe handling, storage stability, and efficient international transportation. This system provides a complete protective and decorative solution that combines high durability, aesthetic quality, and cost efficiency, making it a reliable choice for high-performance industrial coating projects with extended service life.
Acrylic Sealant
Acrylic Sealants are available in several types, including General Purpose Acrylic Sealant, Painter’s Acrylic Sealant, Construction Acrylic Sealant, Flexible Acrylic Sealant, and Modified Acrylic Sealant. General-purpose grades are suitable for standard indoor sealing applications, while flexible and modified grades are designed for applications requiring better movement capability and improved environmental resistance. These sealants are widely used for sealing joints around windows and doors, wall cracks, ceiling gaps, concrete structures, gypsum boards, wood surfaces, PVC profiles, aluminum frames, and other porous construction materials. They are also used in interior decoration, building maintenance, prefabricated construction, and general repair applications where reliable sealing performance is required.
The main advantages of Acrylic Sealant include excellent paintability, low odor, easy application, good adhesion to porous surfaces, economical cost, and compatibility with a wide range of construction materials. Compared with many other sealant technologies, acrylic sealants provide a practical solution for applications where surface finishing and ease of use are important factors. Depending on the application requirements, Acrylic Sealants are supplied in different packaging options such as 280 ml and 310 ml cartridges, sausage packs from 400 ml to 600 ml, plastic pails, and industrial bulk containers. Packaging selection depends on project size, application method, and customer requirements
Acrylonitrile Butadiene Styrene Copolymer
Diverse Varieties of ABS are available since ABS is a copolymer of acrylonitrile, butadiene, and styrene .Acrylonitrile contributes strength, chemical resistance, and thermal stability, while butadiene enhances toughness and impact resistance. Styrene imparts high gloss, easy coloring, and smooth processing. So varying the monomer ratios yields ABS with diverse physical properties, catering to specific application needs. Furthermore, incorporating additives like glass fibers bolsters strength, while flame retardants enhance fire resistance. Based on the level of impact resistance, ABS can be classified into three categories of High Impact ABS , Medium Impact ABS, Low Impact ABS.
Other grades of ABS are available such as :
Flame Retardant ABS that is suited for crafting monitor casings, modem casings, power sockets, printer casings, and similar applications, prioritizing safety and durability.
Heat-Resistant ABS that can withstand temperatures up to 120 ℃ without deformation or degradation is used in the fields of electronic appliances, home appliances, and automobile parts.
Transparent ABS also known as MABS or methyl methacrylate-acrylonitrile-butadiene-styrene plastic, is engineered by blending ABS with PMMA, resulting in a transparent and durable material.
Food-Grade ABS meets stringent FDA certification standards, ensuring its safety for direct contact with food.
Active Yeast
Yeast is made with a living organism called Saccharomyces cerevisiae. This organism feeds on sugars in the dough and promotes the fermentation of the dough and converts the sugar and starch into alcohol and carbon dioxide. Then, with the help of oxygen in the moist ingredients, the carbon dioxide gas is trapped within the dough and this causes it to form bubbles. These bubbles make the bread rise.
Active yeast is a form of dry yeast in which the yeasts are not killed but made dormant through dehydration, and return to becoming active again when mixed with a warm liquid such as water or milk known as proofing. Aside from required proofing, active dry yeast is slightly larger than instant yeast and requires direct contact with warm water to dissolve. Baking with active dry east is much easier than other kinds of yeasts and The long shelf life is one of the major advantages of active dry yeast.
Alkyd Resins – Medium Oil
Medium Oil Alkyd Resin grades are commonly used in the production of synthetic enamel paints, industrial metal coatings, machinery paints, anti-corrosion primers, wood coatings, maintenance coatings, and general-purpose decorative paints. They provide good surface appearance, high gloss, smooth application, and strong adhesion on different substrates including steel, iron, and wood surfaces. One of the key advantages of Medium Oil Alkyd Resins is their ability to provide controlled drying characteristics while maintaining good flexibility and resistance to cracking. These resins offer excellent pigment wetting properties, good weather resistance, and reliable performance in both indoor and outdoor coating applications. They can be formulated with different additives and solvents to achieve specific coating requirements.
These alkyd resins are mainly manufactured using raw materials such as phthalic anhydride, glycerin, pentaerythritol, soybean oil, linseed oil, dehydrated castor oil, and modified fatty acids. The controlled oil content improves film formation, pigment dispersion, adhesion, and compatibility with various organic solvents. Due to their excellent balance of mechanical properties, Medium Oil Alkyd Resins are widely selected by paint manufacturers for producing high-quality coating formulations. Medium Oil Alkyd Resins are available in different grades based on viscosity, solid content, oil type, color, and drying properties. Manufacturers can select suitable grades according to their production needs, including air-drying coatings, industrial primers, and high-gloss enamel systems. Iranian chemical manufacturers supply export-quality Medium Oil Alkyd Resins in bulk quantities with standard industrial packaging for international markets.
Alkyd Resins – Short Oil
Short Oil Alkyd Resins are widely used in the formulation of industrial paints, metal coatings, machinery coatings, automotive refinishing systems, appliance enamels, and high-performance baked coatings. Due to their excellent film hardness, fast curing capability, good adhesion, and resistance to abrasion, these resins are preferred for applications where durable and smooth coating surfaces are required. They can be combined with amino resins such as melamine formaldehyde to produce high-quality stoving enamels with enhanced mechanical properties and durability.
Commercially available Short Oil Alkyd Resins are supplied in different grades based on oil type, solid content, viscosity, solvent compatibility, and application requirements. They are commonly delivered as resin solutions in aromatic solvents such as xylene or solvent mixtures and are available in drum packaging for industrial paint manufacturers. These resins provide excellent compatibility with pigments, good color retention, high surface hardness, and reliable performance in demanding coating systems.
Alkyd Resins-Long Oil
The term alkyd is a modification of the original name “alcid”, reflecting the fact that they are derived from alcohol and organic acids.
Long oil alkyd resins are those that have an oil content greater than (55%)60%, something that helps give a smooth brushing action. Long oil alkyd resins are soluble in aliphatic type solvents (white spirit) and are mainly used in:
- Interior & exterior house paints
- High gloss paints
- Varnish & floor sealers
- Anticorrosive paints etc.
A long oil alkyd can be applied to wood surfaces for protection and to metal surfaces for corrosion prevention. It does this by acting as a film forming agent due to its polyester component.
PRINCIPAL PROPERTIES :
- High Gloss
- Very good colour retention
- Excellent finish
- Solubility in MTO.
Alkyl Benzene Sulfonate
Alkyl Benzene Sulfonate is available in different commercial forms including LABSA (Linear Alkyl Benzene Sulfonic Acid), Sodium LAS, liquid paste, powder, and concentrated solutions. The most common industrial grades contain C10-C13 or C10-C14 alkyl chains and are supplied with different active matter concentrations depending on application requirements. It is widely used in the production of laundry detergents, liquid detergents, dishwashing liquids, industrial cleaners, institutional cleaning products, and various surfactant-based formulations.
Due to its strong cleaning performance, good foaming ability, cost efficiency, and compatibility with many detergent formulations, Alkyl Benzene Sulfonate is considered one of the most important surfactants in the global detergent industry. It provides excellent oil and grease removal, improves wetting performance, and helps stabilize cleaning formulations. Industrial grades are commonly supplied in bulk quantities with packaging options such as drums, IBC tanks, and bulk containers for international B2B supply.
Arabic