Çinko Stearat 1 kg
689,25 TL
Category
Brand
Stock Code
100.520.29
Price
574,38 TL + VAT
Money Transfer
675,47 TL
(%2,00 bank transfer discount)
* Installments starting from 79,06 TL!
Synonyms: Zinc Soap
Cas No: 0557-05-01
Chemical Formula: Zn(C 18 H 35 O 2 ) 2
Physical Form: Solid
Color: White
Odor: Odorless
Melting Point/Freezing Point: 128 - 130 °C
Density: 1.095 g/cm 3
Molar Mass: 632.33 g/mol
Concentration: 100%
Explosive Properties: Not Classified as Explosive
Usage areas:
Cosmetics and Personal Care Industry:
Powder Cosmetics: Zinc stearate is often added to powdered cosmetics such as pressed powders, powders, and eyeshadows. It acts as a binding and volumizing agent, helping these products maintain their shape and adhere to the skin, while providing a smooth, silky texture.
Blush and Bronzers: Blush and bronzers often contain zinc stearate to improve blending and application properties. It helps distribute the color evenly on the skin and increases the adhesion of the product.
Foundation Makeup: Some liquid and cream foundations contain zinc stearate as a thickening ingredient. It contributes to the creamy texture and helps the foundation spread smoothly on the skin.
Lipstick and Lip Products: Zinc stearate in lipsticks and lip glosses can improve the glide and texture of the product, making it more comfortable to apply. It also helps achieve the desired finish and consistency.
Eyeliners and Mascara: Zinc stearate can be used in eyeliners and mascara formulations to improve their texture and ensure smooth application.
Sunscreen and Skin Care Products: Some sunscreen and skin care products contain zinc stearate to improve skin feel and provide a matte finish. It can also help distribute the active ingredients evenly.
Creams and Lotions: Although less common, zinc stearate can be found in some creams and lotions and can contribute to the overall texture and consistency of the product.
Personal Care Products: Zinc stearate can also be added to some personal care products, such as deodorants and body sprays, to improve the application experience and reduce stickiness.
Hair Products: Zinc stearate may be used in some hair care products, such as hair styling powders or dry shampoos, to improve the product's texture and ease of application.
Pharmaceutical Industry:
Tablet Manufacturing: Zinc stearate is frequently used as a lubricant and release agent in tablet manufacturing. It helps compress tablet formulations, preventing them from sticking to molds during the tableting process. This ensures that tablets are formed consistently and can be easily removed from the molds.
Capsule Manufacturing: Similar to tablet manufacturing, zinc stearate can be used in capsule production. It helps increase the fluidity of the powder or granules used to fill capsules and prevents them from sticking together.
Powder Drug Formulations: Zinc stearate acts as an anti-caking agent in powder drug formulations. It prevents powders from clumping or agglomerating, ensuring that the active ingredients are evenly distributed in the final product.
Topical Medications: Zinc stearate can be found in some topical pharmaceutical preparations, such as creams and ointments. It contributes to the texture and consistency of these products, making them easier to apply and spread on the skin.
Oral Solid Dosage Forms: In addition to its role in tablet and capsule manufacturing, zinc stearate can also be used in other oral solid dosage forms, such as chewable tablets and lozenges, to improve processing properties.
Supplements and Nutraceuticals: In the production of dietary supplements and nutraceuticals, zinc stearate can be used as a lubricant and anti-caking agent to ensure uniformity in the mixture and ease of encapsulation.
Pharmaceutical Powder Blends: Zinc stearate can be included in pharmaceutical powder blends as a flow aid that helps powders flow more easily through processing equipment such as feeders and hoppers.
Inhalation Products: Some inhalation products, such as dry powder inhalers (DPIs), may use zinc stearate to improve the flow properties of the powdered medication, making it easier for patients to inhale the medication.
Coating Formulations: Zinc stearate can be used in the preparation of coatings for tablets or other dosage forms to improve film-forming properties and assist in the adhesion of coatings to the drug substrate.
Plastic Industry:
Processing Aid: Zinc stearate acts as a processing aid in the production of plastic materials. It improves the flow properties of polymer resins during processes such as extrusion, injection molding and blow molding. This helps in easier material usage and more efficient production.
Release Agent: Zinc stearate is widely used as a mold release agent in plastic molding processes. It prevents the plastic material from sticking to the mold, ensuring smooth and easy removal of the finished product. This is especially important for intricate or complex mold designs.
Anti-Blocking Agent: Zinc stearate serves as an anti-blocking agent in the production of plastic films and sheets. It reduces the tendency for plastic layers to stick together, makes it easier to unroll plastic film rolls and prevents clogging during storage and transportation.
Textile Industry: In plastics used in textile applications, such as fibers and films, zinc stearate can be included as a lubricant to reduce friction and improve the handling properties of the material.
PVC Stabilization: Zinc stearate is often used as a heat stabilizer in polyvinyl chloride (PVC) formulations. It helps prevent PVC from degrading at high temperatures during processing, which is very important in PVC extrusion and molding applications.
Plastic Compounding: In plastic composition, zinc stearate can be added to master batches and compound formulations to improve the dispersion of additives, reduce melt viscosity, and increase the overall processability of the plastic.
Polymer Blends: Zinc stearate can be used in blends of different polymers to facilitate compatibility and improve the overall processing and performance of the blend.
Foam Production: In the production of plastic foams such as expanded polystyrene (EPS) and polyurethane foams, zinc stearate can be added to improve the cell structure and expansion properties of the foam.
Plastic Coatings: Zinc stearate can be incorporated into plastic coatings to improve their durability, adhesion, and appearance. It can also act as a flow and leveling agent, resulting in a smooth surface.
Thermoplastic Elastomers: Zinc stearate can be used in thermoplastic elastomer (TPE) formulations to improve processing properties and reduce friction between polymer chains, resulting in better elasticity and elasticity.
Plastic Additives: Can be included as additives in various plastic formulations to improve processing efficiency, reduce wear on processing equipment, and improve the quality of final plastic products.
Rubber Industry:
Lubricant: Zinc stearate serves as a lubricant and processing aid in the rubber compound. It facilitates the processing and shaping of rubber materials by reducing friction between rubber particles and processing equipment such as extruders and molds.
Release Agent: Zinc stearate is widely used as a release agent in rubber molding processes. It prevents the rubber compound from adhering to the mold surface, allowing for easy removal of finished rubber products including tyres, gaskets and gaskets.
Anti-Adhesion Agent: Zinc stearate serves as an anti-adhesion agent in the production of rubber sheets, films and coated fabrics. It prevents rubber layers from sticking together during processing and storage, making it easier to transport and unroll rubber rolls.
Curing Accelerator: In some rubber formulations, zinc stearate can act as a secondary accelerator in the curing process. It improves the vulcanization or cross-linking of rubber compounds, which is critical for achieving the desired mechanical properties of rubber products.
Filler Dispersant: It can improve the dispersion of fillers such as zinc stearate, carbon black and silica in rubber compounds. This provides better reinforcement and improved mechanical properties in rubber products, including tires and conveyor belts.
Latex Foam Stabilizer: Zinc stearate can be used as a foam stabilizer in the production of latex foam rubber. It helps control cell structure and foam expansion during the foaming process, leading to desired foam properties.
Rubber Composition: Zinc stearate is added to rubber compositions during the mixing and compounding stages to improve the overall processability, flow and homogeneity of the rubber material.
Tire Manufacturing: Zinc stearate is used in tire manufacturing to aid in the mixing of rubber compounds, improve the flow properties of tire tread compounds, and serve as a release agent during tire curing processes.
Rubber Gaskets and Gaskets: In the production of rubber gaskets, gaskets and O-rings, zinc stearate is applied as a mold release agent to facilitate the removal of finished rubber products from the mold.
Automotive Components: Zinc stearate is used in the production of various rubber components for the automotive industry, such as engine mounts, suspension parts, and hoses, to improve handling and performance.
Conveyor Belts: In the manufacture of rubber conveyor belts, zinc stearate can be added to the rubber compound to improve the release properties of the belt surface and aid processing.
Paint and Coating Industry:
Dulling Agent: Zinc stearate is used as a matting agent in paint and coating formulations. It reduces the gloss of the coating and provides a matte or satin appearance. This is especially useful in architectural and decorative coatings where a non-reflective or textured surface is desired.
Anti-sedimentation Agent: In liquid coatings such as paint and varnish, zinc stearate can function as an anti-sedimentation agent. It helps maintain the stability of suspended pigments and fillers and prevents them from settling to the bottom of the container during storage.
Texturing Agent: Zinc stearate is added to textured coatings to create a variety of decorative effects such as stippling, dotted dragging, or suede-like finishes. It improves the texture and consistency of these coatings, improving their appearance.
Flow and Leveling Agent: Zinc stearate acts as a flow and leveling agent in coatings, promoting even spread and smoothness of the finish coat. It helps reduce brush or roller marks and improves the overall appearance of the painted surface.
Antifoam Agent: Zinc stearate can be used as an antifoam agent in some paint and coating formulations. It helps prevent unwanted foam formation that may negatively affect coating quality during manufacturing and application.
Adhesion Promoter: Zinc stearate can increase the adhesion of coatings to a variety of surfaces such as metal, wood or concrete. It is often used in primers and adhesion enhancing coatings to improve the bond between the substrate and the topcoat.
Film Forming Agent: In some special coatings, zinc stearate can contribute to the film-forming properties of the coating material, helping it to adhere to the surface and form a protective film.
Gloss Control: Zinc stearate is used to control gloss levels in paints and coatings. By adjusting the zinc stearate concentration, manufacturers can achieve the desired gloss level, whether high gloss, semi-gloss or matte.
Wood Coatings: Zinc stearate is used in wood coatings and veneers to improve the flow, leveling and adhesion properties, thus obtaining a smooth and durable surface on wooden surfaces.
Industrial Coatings: Zinc stearate can be added to industrial coatings, such as protective coatings for machinery, equipment and infrastructure, to increase film formation, durability and corrosion resistance.
Automotive Coatings: Zinc stearate is used in automotive coatings to achieve consistent gloss levels and improve the application properties of paints and clear coats.
Powder Coatings: In powder coating formulations, zinc stearate can act as a flow and leveling agent, providing an even and smooth coating when the powder is melted and hardened.
Paper Industry:
Antifoam Agent: Zinc stearate is used as an antifoam agent in the papermaking process. It helps control and reduce unwanted foam formation at various stages of pulp and paper production, including pulping, paper forming and coating.
Sizing Press Lubricant: In paper coating processes, zinc stearate can serve as a lubricant in the sizing press where a thin layer of starch or other sizing agents is applied to the paper surface. It increases the smoothness of the paper and helps even distribution of the sizing solution.
Binder in Coated Paper: Zinc stearate is used as a binder in coated paper formulations, where it helps bind pigments and fillers to the paper surface. This improves the printability, smoothness and surface quality of the paper.
Release Agent for Paper Sheets: In the production of self-adhesive labels and stickers, zinc stearate is applied as a release agent on the support material (separation liner). This prevents the adhesive-coated label from sticking to the liner until it is peeled off for use.
Ink Absorption: Zinc stearate can be added to some specialty paper coatings to control ink absorption and improve print quality. It helps prevent the ink from spreading too much on the paper surface, resulting in clearer images and text.
Coating Additive: Zinc stearate is sometimes used as an additive in paper coatings to improve the dispersion properties, flow, and adhesion of the coating to the paper substrate. Coated paper contributes to the overall quality of its products.
Release Agent for Papermaking Equipment: Zinc stearate can be applied to papermaking equipment such as rolls and blades to prevent wet pulp or coatings from sticking during the production process. This helps maintain the efficiency and cleanliness of the machines.
Paperboard and Cardboard Production: In the production of cardboard and cardboard packaging materials, zinc stearate can be used as a processing aid to improve the sliding and handling properties of the material.
Calendering Process: Zinc stearate can be used in the calendering process, which involves pressing paper between rollers to improve its surface finish, smoothness and gloss.
Paper Conditioning: Zinc stearate can be added to paper products that require moisture resistance or improved folding properties, such as photo paper, by conditioning the paper to achieve certain properties.
Metal Industry:
Metalworking Lubricant: Zinc stearate is used as a lubricant and anti-blocking agent in various metalworking processes. It helps reduce friction and wear between metal surfaces during cutting, grinding, drilling and machining operations. This provides better tool life and better surface quality on metal parts.
Die Casting Release Agent: In die casting operations, zinc stearate can be applied as a mold release agent to prevent molten metal from adhering to the surfaces of molds and dies. This helps in easy removal of finished metal components and reduces downtime associated with cleaning and maintenance.
Metal Forming and Stamping: Zinc stearate is used as a lubricant and anti-blocking agent in metal forming and stamping processes such as sheet metal stamping and deep drawing. It helps reduce friction and prevents metal sheets or components from sticking to forming tools.
Wire Drawing: Zinc stearate can be applied to the wire surfaces to reduce friction and improve the drawing process in wire drawing operations. This results in smoother wire surfaces and less wear on the drawing dies.
Cold Forging: Zinc stearate can be used as a lubricant and anti-splitting agent in cold forging operations. It helps reduce friction and prevents metal parts from jamming or breaking apart during the forging process.
Metal Powder Compaction: In the production of metal powders and powder metallurgy (PM) components, zinc stearate can be added to metal powder formulations as a lubricant and anti-caking agent. It helps compress metal powders into shapes and helps prevent powder clumping.
Rust Inhibitor: Zinc stearate has anti-corrosion properties and can be used as a rust inhibitor for metal parts and components. It is sometimes applied as a protective coating or included in anti-rust compounds.
Sintering Aid: In the sintering process used in PM, zinc stearate can serve as a sintering aid that facilitates the bonding of metal particles during the high-temperature sintering step.
Metal Polishing: Zinc stearate is sometimes used as a polishing agent for metal surfaces. It can improve polishing by reducing friction and preventing scratching.
Metalworking Fluids: Zinc stearate can be included in the formulation of metalworking fluids such as cutting fluids and grinding oils to improve their lubricating and anti-wear properties. This increases the efficiency of metalworking operations.
Electroplating: In electroplating processes, zinc stearate can be used as an anti-pitting agent to improve the quality of coated metal surfaces.
Metal Pretreatment: Zinc stearate can be used as a surface treatment agent for metals prior to painting or coating applications. It can aid in surface preparation and adhesion of subsequent coatings.
Glue Industry:
Processing Aid: Zinc stearate serves as a processing aid in the production of adhesive and sealant formulations. It helps blend and mix raw materials, ensuring a consistent and homogeneous mixture.
Anti-caking Agent: Zinc stearate is used as an anti-caking agent in powdered adhesives and sealant formulations. It helps prevent solid particles from clumping or agglomerating, allowing the product to flow freely and be easy to handle.
Lubricant: In some adhesive and sealant applications, zinc stearate acts as a lubricant. It reduces friction between the adhesive/sealer and the substrate during application, which can increase workability and facilitate proper adhesion.
Thickening Agent: Zinc stearate can be used as a thickening agent in some sealant formulations, especially caulking compounds. It helps control the viscosity of the sealant, making application easier and ensuring proper bead formation.
Improved Workability: The addition of zinc stearate increases the workability of adhesives and sealants, making them easier to spread, trowel or extrude. This is especially important for construction and industrial applications.
Antifoaming Agent: Zinc stearate can be used as an antifoaming agent in adhesive and sealant formulations to prevent excessive foaming during mixing or application.
Adhesion Promoter: Zinc stearate can improve adhesion between the adhesive/sealant and a variety of surfaces such as wood, metal, plastic and concrete. It can be used to increase the adhesion properties of the product.
Improved Durability: In some formulations, zinc stearate is added to increase the durability and resistance of adhesives and sealants to environmental factors such as moisture, UV radiation and temperature changes.
Sealant Compatibility: Zinc stearate can help maintain the stability and compatibility of different components in multi-component sealing systems, ensuring that the components do not separate or deteriorate during storage.
Hot Melt Adhesives: In the production of hot melt adhesives, zinc stearate can serve as a lubricant and processing aid during melting and extrusion processes. It helps ensure smooth flow of adhesive material.
Gasket Sealers: In gasket sealing applications, zinc stearate can be added to improve the sealant's ability to conform to irregular surfaces and provide a better seal.
Packaging Adhesives: In the packaging industry, zinc stearate is sometimes used in adhesive formulations for carton sealing and labeling applications to improve adhesion and the packaging process.
Construction Industry:
Concrete and Mortar Production: Zinc stearate can be added to concrete and mortar mixtures as a waterproofing agent. It helps increase the resistance of these materials to water penetration, reduce the risk of water damage and increase their durability.
Anti-caking Agent: Zinc stearate acts as an anti-caking agent in powdered construction materials such as dry mixes, plaster and joint compounds. It prevents clumping and allows the product to flow freely and be easily transported.
Surface Coatings: Zinc stearate is used in some surface coatings and paints applied to construction materials. It helps control gloss levels, improve texture and improve the application properties of coatings used on walls, ceilings and other surfaces.
Release Agent for Concrete Forms: In concrete structures, zinc stearate can be applied as a release agent to prevent fresh concrete from sticking to the mould, molds or casting surfaces. This facilitates easy removal of concrete elements after curing.
Adhesive and Sealant Manufacturing: Zinc stearate is often used as a processing aid and flow enhancer in the production of adhesives and sealants used in construction applications. It improves the processability and application properties of these products.
Construction Lubricant: In a variety of construction processes, including drilling, cutting and sawing, zinc stearate can be used as a lubricant to reduce friction, extend the life of cutting tools and improve the quality of finished cuts.
Gypsum Board Production: In gypsum board (gypsum board) production, zinc stearate can be added to the gypsum core to improve its flow properties and improve the production process. It can also be used as a release agent for paper coating on drywall.
Tape Manufacturing: Zinc stearate is sometimes used in the production of construction tapes such as masking tape and duct tape. It can improve the roll release properties of the tape and increase the adhesive performance.
Roofing Materials: In roofing materials such as asphalt shingles, zinc stearate can be used as a processing aid to improve the handling and installation properties of roofing products.
Tile Adhesives and Mortars: Zinc stearate can be added to tile adhesives and mortars, improving their consistency, workability and adhesive properties, improving the installation of tiles and maintaining their durability.
Construction Sealants: In the production of construction sealants, zinc stearate can be used as a rheology modifier and anti-sedimentation agent to ensure that fillers and other additives remain well dispersed in the sealant formulation.
Caulking Compounds: Zinc stearate is used in caulking compounds to control viscosity, improve adhesion, and ensure proper bead formation during the application of sealing joints in construction.
Be the first to comment on this product!