EDTA Tetrasodium Salt is vital in the textile and leather industries due to its chelating properties. In textiles, it removes metal ions that disrupt dyeing, ensuring vibrant and consistent colors. In leather production, it aids tanning by binding to metal ions, enhancing quality and durability. This versatile chemical is available at SBS Philippines Corporation, providing local manufacturers with high-quality EDTA Tetrasodium Salt for their production needs.

Propylene Glycol Monomethyl Ether (PGME) serves as a versatile solvent in the textile and leather industries. In textiles, PGME dissolves dyes and additives, ensuring even and vibrant colors. It also helps apply coatings and finishes, enhancing durability and appearance. In leather processing, PGME dissolves and applies dyes and treatments, achieving uniform color and texture. Its excellent solvency and low toxicity make it a preferred choice. SBS Philippines Corporation provides Propylene Glycol Monomethyl Ether, offering reliable solutions for quality textile and leather products.

Quaternary Ammonium Compounds (QACs) play a crucial role in the textile and leather industries. In textiles, they protect fibers from mold and fungi, ensuring the fabric remains durable and high-quality. These compounds also act as moth repellents, safeguarding textiles from insect damage. In the leather industry, QACs prevent mold and mildew, preserving the leather’s integrity and appearance. Their antimicrobial properties contribute to creating hygienic and long-lasting products. SBS Philippines Corporation offers Quaternary Ammonium Compounds, providing effective solutions for maintaining the quality and durability of textile and leather goods.

Soda Ash Dense, also known as sodium carbonate (Na₂CO₃), is a crucial chemical in the textile and leather industries due to its high alkalinity and density. In the textile industry, it regulates pH levels during dyeing, ensuring vibrant and long-lasting colors. It also removes impurities from fabrics, enhancing dye absorption and overall dyeing efficiency. In the leather industry, Soda Ash Dense controls pH during tanning, aiding in the swelling of hides and promoting effective penetration of tanning agents. It also neutralizes excess acid in the dyeing process, improving colorfastness and preventing color fading. SBS Philippines Corporation offers this essential chemical raw material, making it accessible for various industrial applications.

Soda Ash Light, also known as sodium carbonate (Na₂CO₃), serves multiple purposes in the textile and leather industries due to its alkaline properties. In the textile industry, it maintains the appropriate pH level during dyeing, ensuring vibrant and long-lasting colors. It removes impurities from fabrics, enhancing dye absorption. It also improves dyeing efficiency by pretreating fibers. Additionally, manufacturers use it to prepare print pastes for intricate textile designs. In the leather industry, it controls pH during various tanning stages, aiding in the swelling of hides and promoting effective penetration of tanning agents. It also neutralizes excess acid in the dyeing process, improving colorfastness and preventing color fading. SBS Philippines Corporation offers this essential chemical raw material, making it accessible for various industrial applications.

Sodium acetate is a crucial raw material in the textile and leather industries. It neutralizes sulfuric acid waste streams from textile processing, helping manage waste and ensuring environmental compliance. Manufacturers also use sodium acetate as a chemical intermediate to produce various dyes and pigments. This compound plays a vital role in formulating direct blue reactive dyes, enhancing the dyeing process and improving color quality. In the leather industry, sodium acetate regulates pH levels during tanning. This regulation ensures optimal leather quality by facilitating the absorption of tanning agents and improving durability. Overall, sodium acetate significantly boosts the efficiency and sustainability of textile and leather processing, highlighting its importance as a key raw material in these sectors.

Sodium alkane sulfonate is a key chemical raw material in the textile and leather industries. In textiles, it acts as a surfactant. This property reduces surface tension, improving the wetting and spreading of dyes on fabrics. Better dye penetration leads to uniform color application and enhanced textile quality. In the leather industry, sodium alkane sulfonate serves as an auxiliary agent during tanning. It helps remove impurities from hides and aids in the penetration of tanning agents. This process ensures that leather remains strong and flexible. Additionally, it is used in leather conditioners and cleaners, helping to maintain and preserve leather goods. Overall, sodium alkane sulfonate is crucial for improving efficiency and quality in both textile and leather processing.

### Sodium Bicarbonate in the Textile and Leather Industry Sodium bicarbonate, or baking soda, is an important chemical raw material in the textile and leather industries. In textile processing, manufacturers use it mainly for **pH regulation**. The right pH level is crucial during dyeing and finishing. It affects dye uptake and color fastness. Sodium bicarbonate neutralizes acidic conditions, ensuring dyes adhere properly to fabrics and enhancing textile quality. In the leather industry, sodium bicarbonate aids in the **tanning process**. It removes impurities from hides and prepares them for treatment. By adjusting the pH of tanning solutions, sodium bicarbonate helps leather maintain flexibility and durability. Workers also use it for cleaning and conditioning leather goods, which helps preserve their appearance and extend their lifespan. Overall, sodium bicarbonate supports various processes in both the textile and leather industries, contributing to high-quality material production.

Sodium chloride, known as table salt, is a vital chemical raw material in the textile and leather industries. In textile processing, manufacturers use it to enhance dye fixation. This allows fabrics, particularly cotton, to absorb dyes more effectively, resulting in vibrant colors. Sodium chloride also softens water, improving the effectiveness of detergents and dyes during washing and dyeing. In the leather industry, workers apply sodium chloride during the curing process to preserve hides. It prevents bacterial growth by drawing moisture out of the hides. Sodium chloride also aids in the wet blue tanning process, supporting the chemical reactions needed to convert raw hides into high-quality leather. Its ionic nature influences various reactions critical for textile and leather processing, making it essential for enhancing product quality and durability.

Sodium citrate, also known as trisodium citrate, plays important roles in the textile and leather industries due to its unique properties. It has a strong chelating ability that binds metal ions, which is useful in textile processing. By removing unwanted metal ions, sodium citrate ensures that dyes adhere properly to fabrics. This results in more vibrant and uniform colors. Its non-toxic nature offers safety for both workers and the environment. Additionally, sodium citrate acts as a buffering agent to maintain stable pH levels during textile treatments, which is essential for consistent results. It also works as a water softener by binding calcium and magnesium ions in hard water. This action prevents interference with the dyeing process, improving fabric quality. Manufacturers often use sodium citrate in cleaning formulations for textiles and leather to remove stains and residues. Overall, sodium citrate enhances dyeing processes, ensures safety, regulates pH, softens water, and aids in cleaning applications.

Sodium Dimethyldithiocarbamate (SDDC) finds widespread use in the textile and leather industries. Its primary function involves stabilizing hydrogen peroxide bleaching. During bleaching, hydrogen peroxide acts as an oxidizing agent to remove color and impurities from textiles. However, at elevated pH and temperature, hydrogen peroxide can decompose, leading to fabric damage and reduced bleaching efficiency. SDDC addresses this issue by forming a stable complex with hydrogen peroxide, preventing excessive oxygen generation while preserving its strength. Furthermore, SDDC serves as a sequestering agent, inactivating metallic impurities (such as calcium and iron) that could otherwise catalyze hydrogen peroxide decomposition or cause precipitation of hydroxides or carbonates. This dual role ensures effective bleaching without compromising fabric quality. While sodium silicate is another common stabilizer, it has disadvantages related to water hardness sensitivity, fabric handle, and absorbency reduction. As an alternative, organic stabilizers combined with magnesium salt are often employed.

In the textile and leather industries, professionals use sodium fluoride for various purposes. They commonly employ it as a hair removal agent during leather processing, helping remove hair from animal hides to ensure the creation of top-quality leather products. Additionally, within the textile industry, sodium fluoride contributes to material durability and enhances safety measures during textile production. Keep in mind that this information is based on research, and for more detailed specifics, consulting industry-specific resources or seeking guidance from experts is advisable.

Sodium Formate, with the chemical formula NaHCO2, plays essential roles in various industries. In textile production, it acts as a dyeing and printing auxiliary, enhancing color uptake and fastness for high-quality textiles. Additionally, in the leather industry, sodium formate serves as a tanning agent, ensuring leather maintains its texture, flexibility, and structural integrity. It also aids in unhairing by breaking down disulfide bonds during leather processing.

Sodium Hexametaphosphate (SHMP), with the chemical formula Na6[(PO3)6], plays essential roles in various industries. In textile production, it acts as a dispersing agent during dyeing and printing processes, preventing deposits and ensuring even color distribution. Additionally, it serves as a levelling agent, promoting uniform color absorption. Although less common in leather processing, SHMP can still play a role, especially when used alongside enzymes during soaking, dehairing, bating, and degreasing processes. Beyond textiles and leather, SHMP enhances efficiency and product quality in ceramics, detergents, and other industrial applications.

In both the textile and leather industries, Sodium Hydrogen Sulphide (NaSH) plays a vital role as a raw chemical material with diverse applications. In the textile industry, NaSH acts as a reducing agent, effectively extracting excess dyes and pigments from fabrics, ensuring vibrant and uniform colors. Additionally, it serves as a deoxidizing agent, carefully reducing residual oxygen to create an ideal environment for controlled production. In the leather industry, NaSH is a crucial component for hair removal, resulting in high-quality leather products. It’s important to note that handling NaSH and other chemical compounds requires strict safety precautions.

In various industry sectors, manufacturers utilize Sodium Hydrosulphite (NaSH). It plays a vital role in the leather industry as a hair removal agent during leather processing, ensuring high-quality leather products by effectively removing hair and impurities. In textiles, it serves as a dechlorinating agent and bleaching adjuvant and aids in stripping or clearing polyester. Additionally, Sodium Hydrosulphite formulations effectively solubilize indigo and vat dyes, ensuring uniform coloring of fabrics. Beyond textiles and leather, it contributes to water purification processes. It is found in the pulp and paper industry for bleaching wood pulp and recycled paper and in the galvanization industry for effluent treatment. Safety precautions are crucial when handling chemical compounds like Sodium Hydrosulphite.

In the textile and leather industries, manufacturers utilize Sodium Hypochlorite (NaOCl) for various purposes. As a bleaching agent, it effectively removes stains, impurities, and unwanted hues from fabrics and leather, leaving them immaculate and ready for vibrant dyes or finishes. Technicians in textile factories meticulously treat fabrics with Sodium Hypochlorite to achieve a precise chlorine concentration of approximately 0.5%, ensuring effective disinfection and color correction without compromising material integrity. Whether revitalizing faded denim or preparing leather for exquisite craftsmanship, Sodium Hypochlorite quietly transforms raw materials into refined products.

In the textile and leather industries, Sodium Lauryl Sulfate (SLS) plays a crucial role as a raw chemical material. It functions as a powerful surfactant, effectively reducing surface tension and allowing water to mix with oils and other substances. As a foaming agent, SLS creates rich lather in soaps, shampoos, and detergents, enhancing their cleansing properties. Additionally, it acts as an emulsifier, helping to blend oil and water-based ingredients seamlessly. Lastly, SLS serves as a wetting agent, ensuring thorough penetration of cleaning solutions into fabrics and leather surfaces, facilitating effective stain removal.

In the textile industry, sodium metabisulfite serves as a dechlorinating agent during cotton bleaching and acts as a scouring agent for cotton fabrics. In the leather industry, it plays a crucial role by making leather soft, full, tough, and waterproof. Additionally, it enhances properties such as crease resistance and abrasion resistance.

Sodium Percarbonate serves as a raw chemical material utilized in the textile and leather industries as an oxygen-based bleaching agent and disinfectant. It finds widespread use in whitening and sanitizing fabrics, removing stains, dirt, and microbes. When dissolved in water, Sodium Percarbonate releases oxygen, offering potent cleaning and bleaching capabilities, particularly in low-temperature applications.

Sodium sulfide serves as a raw chemical material in the textile and leather industries. It acts as a reducing agent and dyeing auxiliary. Specifically, it plays a crucial role in producing sulfur dyes, which find common use in dyeing textiles and leather goods. Sodium sulfide enhances color fastness and durability by facilitating the bonding of dyes to fibers.

Sodium thiosulfate has essential roles in textile processing and leather tanning for the following reasons: In textile processing, sodium thiosulfate acts as a fixing agent, facilitating the removal of unreacted dye molecules from fabrics after dyeing or printing to ensure color fastness. Additionally, it serves as a reducing agent for dichromate during the desizing process, which involves eliminating sizing agents from the fabric before further processing. In leather tanning, sodium thiosulfate functions as a reducing agent for dichromate, contributing to stabilizing the leather and improving its durability. By reducing dichromate, sodium thiosulfate helps prevent excessive oxidation and ensures proper tanning of the leather.

Sodium Tripolyphosphate (STPP) is a versatile chemical compound that the textile and leather industries utilize for various purposes. It crucially improves fabric quality, maintains stable pH levels during the dyeing process, and acts as a gentle alkali buffer for bleaching and dyeing sensitive fabrics. Additionally, STPP is an essential ingredient in commercial detergents, vital for enhancing their cleaning effectiveness.

At SBS Philippines Corporation, one of the leading chemical trade distributors in the country, sulfuric acid is available and used in both the textile and leather industries. In the textile sector, it uses sulfuric acid for dyeing and finishing fabrics, aiding in color absorption during dyeing and enhancing fabric properties. Additionally, it applies sulfuric acid to adjust the pH of solutions during various textile treatments, ensuring optimal conditions for chemical reactions. In the leather industry, sulfuric acid plays a role in treating hides by lowering the pH of collagen fibers, enabling better penetration of tanning agents during the tanning process, and regulating pH levels in leather processing. These functions are essential for achieving desired tanning results and enhancing leather quality. Overall, sulfuric acid significantly contributes to color development, pH control, and the overall quality of products in these industries.

Sulfamic acid, also known as amidosulfonic acid, has a colorless and water-soluble nature. Its molecular formula is H3NSO3. This compound serves various purposes in different industries, including textiles and leather. In the textile industry, people utilize sulfamic acid for dyeing applications, such as removing printing tyco submicron sodium nitrate, employing nitrite gas agents, using weak acid dyes, neutral dyes, dyeing auxiliaries, and dyeing nylon with reactive dyes. Similarly, in the leather industry, it plays a role in dye and pigment manufacturing, as well as leather dyeing. When handling sulfamic acid, safety precautions are essential due to its potential to cause chemical burns and secondary thermal burns resulting from dehydration. Therefore, individuals should wear appropriate personal protective equipment (PPE), including rubber gloves, full clothing, a rubber apron, and eye and face protection, to prevent contact with unprotected skin.

Its primary application involves dyeing cellulosic textiles like cotton, viscose, and staple fibers. These dyes consist of intricate heterocyclic molecules formed by melting or boiling organic compounds containing amino or nitro groups with Na-polysulphide and Sulphur. Due to their high pigmentation and insolubility in water, they require conversion into water-soluble forms before application to textiles. The conversion process entails treating them with a reducing agent, followed by absorbing the dyes onto the fiber surface and re-converting them to their original water-insoluble form through oxidation. Sulphur Black proves particularly effective for creating black and brown shades, but proper storage is essential to prevent cotton degradation via hydrolysis.

Discover the versatile properties of Thiourea Dioxide (also known as formamidine sulfinic acid) in the textile and leather industries. As a powerful reducing agent, it efficiently removes excess dyes and color impurities from fabrics and leather products. Additionally, Thiourea Dioxide enhances color fastness by acting as a reliable fixing agent for reactive dyes.