From mineral fillers to polyurethane systems, from acids to cement grinding aids — field-proven raw materials across twelve chemistry families. Reliable supply, consistent quality.
Each one plays a critical role in industrial and construction chemistry.
Core ingredients for strength, durability and cure control in concrete, mortar and dry-mix systems.
Ultra-fine amorphous silica (~0.15 µm) produced as a by-product of ferrosilicon manufacturing. Reacts pozzolanically with Ca(OH)₂ in concrete, filling micro-voids and markedly improving impermeability, compressive strength and chemical resistance.
High-purity inorganic filler used in paints, plastics, paper and construction chemicals. Balances mechanical properties while reducing cost; improves rheology and opacity.
Accelerator and set-modifier for concrete and dry-mix mortars. Drives early strength gain, shortens cure time in cold-weather placements, and is chloride-free — no risk of rebar corrosion.
Anti-freeze and set accelerator for concrete. Also acts as a rebar corrosion inhibitor; preferred for cold-weather applications and critical structural pours.
Inorganic pigments for lasting color and high hiding power in concrete, paint, coatings and plastics.
Inorganic pigment available in red, yellow, black and brown tones, with excellent light and alkali resistance. Delivers UV-stable, fade-free color in concrete, cementitious coatings, ceramics and paints.
The whitest pigment available, with unmatched hiding power and brightness. Produced in rutile and anatase forms; used in paint, coatings, plastics, paper and cosmetics for superior whiteness and UV durability.
High-purity monomers forming the backbone of adhesives, coatings, textiles and polymer production.
Colorless, pungent liquid. Base feedstock for superabsorbent polymers, acrylate esters, paint and adhesive resins. Delivers strong adhesion and film formation in water-based systems.
Core monomer for PMMA production. Provides rapid cure, superior UV resistance and optical clarity; used in coatings, adhesives, traffic markings and dental resins.
React with isocyanates to form the soft segment of foams, coatings, adhesives and elastomers.
Propylene oxide and ethylene oxide based polyol used in flexible and rigid PU foam production. Delivers hydrolysis resistance and low viscosity; widely used in furniture, automotive and insulation panels.
Produced by condensation of diacids and diols; offers high mechanical strength and chemical resistance. Preferred in CASE (coatings, adhesives, sealants, elastomers) applications and rigid PU foam.
React with polyols to form the hard segment of PU foams, elastomers, coatings and adhesives.
The most widely used aromatic isocyanate for flexible polyurethane foam. Supplied as 2,4- and 2,6- isomer blends (80/20, 65/35); standard for furniture, mattress and automotive seating foams.
Core isocyanate for rigid PU foam, insulation panels, coatings and adhesives. Produced in pure and polymeric (pMDI) forms; delivers high mechanical strength and low vapor pressure.
Reactive amines used as epoxy hardeners, gas scavengers and synthesis intermediates.
Standard polyamine for room-temperature curing of epoxy resins. Also used in oil additives, fuel additives, corrosion inhibitors and ion-exchange resin production.
Core building block for chelating agents (EDTA), textile resins, paper chemicals and pharmaceutical intermediates. Also used in epoxy hardeners and corrosion inhibitor formulations.
Alkanolamine-class inputs that boost cement grinding efficiency and contribute to early and ultimate strength. Used on plant grinding lines to cut energy per ton and raise clinker substitution rates.
Next-generation cement grinding aid and ultimate-strength enhancer. Particularly effective in high-substitution blended cements — materially lifts 28-day strength at low dosage.
Potent alkanolamine used to raise 28-day cement strength. Supports late-age hydration and prevents clinker particle agglomeration in the grinding circuit.
The classic grinding aid of the cement industry. Triggers early-age (1–3 day) strength gain and lifts grinding efficiency. Cost-effective and broadly available alkanolamine solution.
High-purity anhydrous-grade TEA. Used in cement grinding aid formulations as well as cosmetics, pharmaceuticals, gas sweetening and metal-working pH control.
The backbone of neutralization, saponification and pH regulation across paper, textile, detergent, water treatment and food processing chains.
Strong inorganic base, typically supplied as a 50% aqueous solution. Standard workhorse for neutralization and extraction across textile finishing, pulp processing, biodiesel production and aluminum processing.
Solid sodium hydroxide in 99% pure flake form. Preferred dry base for soap, detergent, on-site solution preparation and industrial cleaning formulations.
The strong base behind liquid soap, potassium-based fertilizers, alkaline batteries and biodiesel catalysis. Delivers higher solubility and smoother cold-weather handling than NaOH.
The industrial cornerstone of glass, soap, detergent and water softening. Light soda's low bulk density gives fluid, homogeneous dosing in high-volume blends.
Versatile buffer salt across food, feed, pharma and flue-gas treatment. Provides mild alkaline buffering, CO₂ leavening and acid-gas scrubbing.
The controlled acid source behind synthesis, surface cleaning, coating adhesion and food-grade pH control.
Diluted acetic acid solution preferred in textile dyeing and food applications. Lower corrosivity and simpler dosing control.
Anhydrous glacial form at 99.8%+ purity. Key feedstock for vinyl acetate monomer, cellulose acetate, acetate esters and pharmaceutical synthesis.
Typically 31–33% concentrate aqueous solution. Essential for metal pickling, inorganic synthesis, ion-exchange resin regeneration and PVC production.
The world's most-produced industrial chemical. Core input for fertilizer production, petroleum alkylation, detergent sulfonation, battery electrolyte and the titanium dioxide process.
Concentrated, food-grade and industrial form. Heavy-duty across metal phosphating, food acidulation, fertilizer and detergent formulation.
Dilute form that handles more easily than 85%; preferred on metal pretreatment lines and surface-cleaning operations.
The biodegradable acid of choice for leather tanning, textile dye fixation, silage preservation and de-icing applications.
The strong oxidizing acid behind fertilizer (ammonium nitrate), explosives, pharmaceutical synthesis and stainless steel passivation.
The natural organic acid of food, beverage, cleaning, cosmetic and pharmaceutical industries. Functions as chelator, pH buffer and acidulant.
Anhydrous form for dry-blend systems and effervescent formulations. High purity, low moisture, long shelf life.
Fatty acid used as a rubber vulcanization activator and in candles, soaps, cosmetics and PVC lubricants.
Oxidative solutions for textile, pulp, water treatment and industrial cleaning — controlled reactivity, residue-free outcomes.
Standard concentration for broad industrial use. Safe-to-handle strength for textile bleaching, pulp whitening, wastewater oxidation and disinfection.
Higher concentration for large-volume plants and shipping-optimized supply. Preferred in semiconductor cleaning, water treatment and chemical-synthesis reactions.
Solid-form carrier for hydrogen peroxide. Releases active oxygen in water; the active in oxygen-based detergents, chlorine-free bleaches and carpet cleaners.
Strong reducing agent. Standard chemical for vat dyeing and colour stripping in textiles and for mechanical-fibre brightening in pulp.
Food preservative, wine antioxidant, chlorine neutralizer in water treatment and photographic developer. Multifunctional bactericidal and antioxidant salt.
Practical reducing agent in liquid form. Used for residual chlorine removal in water treatment, oxidation control in mining and food preservation.
Core solvent and glycol family behind paint, printing ink, adhesive, antifreeze and polyester production.
Low-toxicity, fast-evaporating ester solvent. Standard for paint, adhesive, printing ink and pharmaceutical extraction.
Mid-evaporation, high-solvency ester at the forefront of nitrocellulose, acrylic and alkyd paint systems.
Fast-evaporating light ester exempt from key VOC regulations. Used as an acetone alternative in coatings and adhesives.
Glycol ether miscible with water and most organic solvents. Bridge solvent in water-based paint, detergent, cleaner and industrial surface-cleaning formulations.
Main feedstock for PET (polyethylene terephthalate), polyester fibre and antifreeze. High purity, low moisture, industrial-scale supply.
Intermediate glycol used in unsaturated polyester resin, softener, paper, textile chemistry and hydraulic-fluid formulations.
Low-toxicity glycol available in food, pharma and cosmetic grades. Preferred as humectant, antifreeze and in unsaturated polyester resin synthesis.
Critical inorganic salts behind detergent, glass, fertilizer, leather, water treatment and dry-mix systems.
Decahydrate form also known as Glauber's salt. Serves as filler and dispersant in low-temperature detergent systems and textile dye fixation.
Anhydrous form. High-concentration workhorse salt across glass manufacturing, powder detergent, paper kraft process and textile dyeing.
Versatile mineral across agriculture, leather, textile, paper and pharmaceutical industries. Directly addresses magnesium and sulfur deficiencies in plants.
Top-tier nitrogen–sulfur fertilizer salt. Also works in flame-retardant formulations and as a textile auxiliary.
Highly hygroscopic salt used for road de-icing, dust suppression, early concrete strength acceleration and drying applications.
The world's most widely used nitrogen fertilizer. 46% N content for agricultural and industrial use; also primary feedstock for melamine and urea-formaldehyde resins.
Multi-purpose inorganic liquid used as a detergent builder, foundry sand binder, adhesive and concrete surface hardener.
Input for glass, ceramic, enamel and detergent formulations and as a micronutrient source in agriculture/horticulture. Direct contributor to thermal and chemical resistance.
Nationwide coverage of Sika's concrete, cement and tunnelling admixture portfolio — delivered directly to mega projects and cement/concrete plants in IBC or bulk formats.
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Superplasticizers, accelerators, retarders, air-entrainers and cement grinding aids — the full line, with batch traceability, for ready-mix plants and cement producers.
Shotcrete accelerators, injection resins and specialty products for underground construction. Systems proven on Türkiye's metro and tunnel programmes.
IBC, drum or tanker deliveries sized to your project. Transparent product-code invoicing; technical documents and MSDS packs shipped with the load.
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