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Cosmetic Grade CAB-35 CAPB, Mild Foaming Daily Chemical Raw Material
Amphoteric surfactant, 35% active content, CAPB / CAB-35Mild and low irritation, skin-friendly for personal care formulationsExcellent foaming performance with fine, stable foamGreat compatibility with anionic, cationic and nonionic surfactantsWorks as foam booster and viscosity improverWidely used in shampoo, body wash, hand soap and daily detergentsBulk supply available, cosmetic grade
CAB-35 CAPB Cocamidopropyl Betaine, Cosmetic Amphoteric Surfactant
Amphoteric surfactant, 35% active content, CAPB / CAB-35Mild and low irritation, skin-friendly for personal care formulationsExcellent foaming performance with fine, stable foamGreat compatibility with anionic, cationic and nonionic surfactantsWorks as foam booster and viscosity improverWidely used in shampoo, body wash, hand soap and daily detergentsBulk supply available, cosmetic grade
Factory CAB-35 Cocamidopropyl Betaine CAPB for Shampoo & Body Wash
Amphoteric surfactant, 35% active content, CAPB / CAB-35Mild and low irritation, skin-friendly for personal care formulationsExcellent foaming performance with fine, stable foamGreat compatibility with anionic, cationic and nonionic surfactantsWorks as foam booster and viscosity improverWidely used in shampoo, body wash, hand soap and daily detergentsBulk supply available, cosmetic grade
High Quality Granular Urea N46, 46% Nitrogen Urea Fertilizer 46-0-0 for Crops Planting
Urea N46 46% Nitrogen Prilled Urea Fertilizer 46-0-0 Agricultural Use As global agricultural systems work to feed a projected 9.7 billion people by 2050, the efficiency and accessibility of core crop inputs have become central to long-term food security. Among all commercial fertilizers sold worldwide, nitrogen formulations deliver the largest measurable impact on crop yield, accounting for roughly 40% of total productivity gains across smallholder and industrial farm operations alike. The prilled urea formulation marked by a guaranteed 46% nitrogen content, labeled as 46-0-0 NPK, stands as the most widely used nitrogen fertilizer on the planet, making up more than half of all nitrogen fertilizer consumed annually across every growing region. Its unmatched balance of nutrient concentration, physical stability, and affordability has made it a staple for everyone from small family farms in sub-Saharan Africa to large-scale row crop operations in the North American Corn Belt. At its core, 46% nitrogen prilled urea is a highly refined, uniform product manufactured through a continuous falling-film prilling process: molten urea solution is pumped to the top of a tall cooling tower, where it is sprayed into fine, evenly sized droplets that solidify into smooth, round pellets as they fall through conditioned, temperature-controlled air. Unlike larger granular urea variants, prilled urea typically measures 2 to 4 millimeters in diameter, with consistent particle size that supports free flow without clumping, even in low-cost manual broadcast spreaders or small farm machinery. Premium grade prilled urea for agricultural use maintains a tightly controlled nutrient profile: exactly 46% total nitrogen in the form of amide nitrogen, zero phosphate, and zero potassium, with residual biuret content kept below 0.9% to avoid the seed and root burn that plagues low-quality urea products with higher impurity levels. This consistent purity eliminates the variability that often leads to uneven crop growth or wasted input, a common pain point for farmers sourcing unvetted fertilizer supplies from local markets. The widespread appeal of this 46-0-0 prilled urea stems directly from its functional advantages over alternative nitrogen fertilizer sources. For context, common competing nitrogen formulations such as ammonium sulfate hold only 21% nitrogen, while calcium ammonium nitrate reaches a maximum of 27% nitrogen, meaning farmers must transport, store, and spread twice as much product to deliver the same nutrient load. The high 46% nutrient concentration of prilled urea cuts per-unit fertilizer costs dramatically, reducing fuel expenses for delivery, storage space requirements, and labor time spent applying product across fields. Unlike highly water-soluble nitrate-based fertilizers, which are prone to rapid leaching after heavy rainfall, prilled urea breaks down gradually in soil: naturally occurring soil urease enzymes convert the amide-form nitrogen into plant-available ammonium and nitrate over a two to three week period, matching the steady nutrient uptake patterns of most field and horticultural crops. It is also chemically compatible with nearly all other common agricultural inputs, allowing farmers to blend it with phosphate, potash, and micronutrient fertilizers to create custom NPK mixes tailored to specific soil test results, rather than being locked into pre-formulated blends that may not match their crop’s exact needs. To maximize returns on prilled urea investment, farmers can draw on decades of applied agronomic research to structure application timing and method for their specific crops. For row crops such as corn, wheat, and rice, the standard recommended application rate translates to 260 to 390 kilograms of prilled urea per hectare, split between a baseline pre-plant application and a mid-season side-dress application to match peak crop nitrogen demand. A common source of avoidable loss, however, is broadcasting urea directly on the soil surface without incorporation: left exposed to sunlight and air, up to 40% of the urea’s nitrogen can be lost as volatile ammonia within a week of application. Farmers achieve far better results by banding urea 5 to 10 centimeters below the soil surface, or applying it via fertigation systems tied to drip or pivot irrigation, which reduces nitrogen loss to less than 10% even during hot, dry growing conditions. For horticultural crops such as fruit trees, leafy greens, and tea, prilled urea can also be diluted to a 0.5 to 1% solution for foliar feeding, delivering quick nitrogen boosts during periods of fast vegetative growth, as long as biuret levels stay within the safe low range to avoid leaf scorch. It is also important to maintain a 3 to 5 centimeter gap between placed urea and planted seeds, as high concentrations of nitrogen close to emerging seedlings can suppress germination and stunt early root development. As global supply chains for agricultural inputs continue
Low Biuret Urea N46 Prilled, 46% Nitrogen Water Soluble Urea Fertilizer Agriculture Grade
Urea N46 46% Nitrogen Prilled Urea Fertilizer 46-0-0 Agricultural Use As global agricultural systems work to feed a projected 9.7 billion people by 2050, the efficiency and accessibility of core crop inputs have become central to long-term food security. Among all commercial fertilizers sold worldwide, nitrogen formulations deliver the largest measurable impact on crop yield, accounting for roughly 40% of total productivity gains across smallholder and industrial farm operations alike. The prilled urea formulation marked by a guaranteed 46% nitrogen content, labeled as 46-0-0 NPK, stands as the most widely used nitrogen fertilizer on the planet, making up more than half of all nitrogen fertilizer consumed annually across every growing region. Its unmatched balance of nutrient concentration, physical stability, and affordability has made it a staple for everyone from small family farms in sub-Saharan Africa to large-scale row crop operations in the North American Corn Belt. At its core, 46% nitrogen prilled urea is a highly refined, uniform product manufactured through a continuous falling-film prilling process: molten urea solution is pumped to the top of a tall cooling tower, where it is sprayed into fine, evenly sized droplets that solidify into smooth, round pellets as they fall through conditioned, temperature-controlled air. Unlike larger granular urea variants, prilled urea typically measures 2 to 4 millimeters in diameter, with consistent particle size that supports free flow without clumping, even in low-cost manual broadcast spreaders or small farm machinery. Premium grade prilled urea for agricultural use maintains a tightly controlled nutrient profile: exactly 46% total nitrogen in the form of amide nitrogen, zero phosphate, and zero potassium, with residual biuret content kept below 0.9% to avoid the seed and root burn that plagues low-quality urea products with higher impurity levels. This consistent purity eliminates the variability that often leads to uneven crop growth or wasted input, a common pain point for farmers sourcing unvetted fertilizer supplies from local markets. The widespread appeal of this 46-0-0 prilled urea stems directly from its functional advantages over alternative nitrogen fertilizer sources. For context, common competing nitrogen formulations such as ammonium sulfate hold only 21% nitrogen, while calcium ammonium nitrate reaches a maximum of 27% nitrogen, meaning farmers must transport, store, and spread twice as much product to deliver the same nutrient load. The high 46% nutrient concentration of prilled urea cuts per-unit fertilizer costs dramatically, reducing fuel expenses for delivery, storage space requirements, and labor time spent applying product across fields. Unlike highly water-soluble nitrate-based fertilizers, which are prone to rapid leaching after heavy rainfall, prilled urea breaks down gradually in soil: naturally occurring soil urease enzymes convert the amide-form nitrogen into plant-available ammonium and nitrate over a two to three week period, matching the steady nutrient uptake patterns of most field and horticultural crops. It is also chemically compatible with nearly all other common agricultural inputs, allowing farmers to blend it with phosphate, potash, and micronutrient fertilizers to create custom NPK mixes tailored to specific soil test results, rather than being locked into pre-formulated blends that may not match their crop’s exact needs. To maximize returns on prilled urea investment, farmers can draw on decades of applied agronomic research to structure application timing and method for their specific crops. For row crops such as corn, wheat, and rice, the standard recommended application rate translates to 260 to 390 kilograms of prilled urea per hectare, split between a baseline pre-plant application and a mid-season side-dress application to match peak crop nitrogen demand. A common source of avoidable loss, however, is broadcasting urea directly on the soil surface without incorporation: left exposed to sunlight and air, up to 40% of the urea’s nitrogen can be lost as volatile ammonia within a week of application. Farmers achieve far better results by banding urea 5 to 10 centimeters below the soil surface, or applying it via fertigation systems tied to drip or pivot irrigation, which reduces nitrogen loss to less than 10% even during hot, dry growing conditions. For horticultural crops such as fruit trees, leafy greens, and tea, prilled urea can also be diluted to a 0.5 to 1% solution for foliar feeding, delivering quick nitrogen boosts during periods of fast vegetative growth, as long as biuret levels stay within the safe low range to avoid leaf scorch. It is also important to maintain a 3 to 5 centimeter gap between placed urea and planted seeds, as high concentrations of nitrogen close to emerging seedlings can suppress germination and stunt early root development. As global supply chains for agricultural inputs continue
Urea N46 46% Nitrogen Prilled Urea Fertilizer 46-0-0 Agricultural Use
Urea N46 46% Nitrogen Prilled Urea Fertilizer 46-0-0 Agricultural Use As global agricultural systems work to feed a projected 9.7 billion people by 2050, the efficiency and accessibility of core crop inputs have become central to long-term food security. Among all commercial fertilizers sold worldwide, nitrogen formulations deliver the largest measurable impact on crop yield, accounting for roughly 40% of total productivity gains across smallholder and industrial farm operations alike. The prilled urea formulation marked by a guaranteed 46% nitrogen content, labeled as 46-0-0 NPK, stands as the most widely used nitrogen fertilizer on the planet, making up more than half of all nitrogen fertilizer consumed annually across every growing region. Its unmatched balance of nutrient concentration, physical stability, and affordability has made it a staple for everyone from small family farms in sub-Saharan Africa to large-scale row crop operations in the North American Corn Belt. At its core, 46% nitrogen prilled urea is a highly refined, uniform product manufactured through a continuous falling-film prilling process: molten urea solution is pumped to the top of a tall cooling tower, where it is sprayed into fine, evenly sized droplets that solidify into smooth, round pellets as they fall through conditioned, temperature-controlled air. Unlike larger granular urea variants, prilled urea typically measures 2 to 4 millimeters in diameter, with consistent particle size that supports free flow without clumping, even in low-cost manual broadcast spreaders or small farm machinery. Premium grade prilled urea for agricultural use maintains a tightly controlled nutrient profile: exactly 46% total nitrogen in the form of amide nitrogen, zero phosphate, and zero potassium, with residual biuret content kept below 0.9% to avoid the seed and root burn that plagues low-quality urea products with higher impurity levels. This consistent purity eliminates the variability that often leads to uneven crop growth or wasted input, a common pain point for farmers sourcing unvetted fertilizer supplies from local markets. The widespread appeal of this 46-0-0 prilled urea stems directly from its functional advantages over alternative nitrogen fertilizer sources. For context, common competing nitrogen formulations such as ammonium sulfate hold only 21% nitrogen, while calcium ammonium nitrate reaches a maximum of 27% nitrogen, meaning farmers must transport, store, and spread twice as much product to deliver the same nutrient load. The high 46% nutrient concentration of prilled urea cuts per-unit fertilizer costs dramatically, reducing fuel expenses for delivery, storage space requirements, and labor time spent applying product across fields. Unlike highly water-soluble nitrate-based fertilizers, which are prone to rapid leaching after heavy rainfall, prilled urea breaks down gradually in soil: naturally occurring soil urease enzymes convert the amide-form nitrogen into plant-available ammonium and nitrate over a two to three week period, matching the steady nutrient uptake patterns of most field and horticultural crops. It is also chemically compatible with nearly all other common agricultural inputs, allowing farmers to blend it with phosphate, potash, and micronutrient fertilizers to create custom NPK mixes tailored to specific soil test results, rather than being locked into pre-formulated blends that may not match their crop’s exact needs. To maximize returns on prilled urea investment, farmers can draw on decades of applied agronomic research to structure application timing and method for their specific crops. For row crops such as corn, wheat, and rice, the standard recommended application rate translates to 260 to 390 kilograms of prilled urea per hectare, split between a baseline pre-plant application and a mid-season side-dress application to match peak crop nitrogen demand. A common source of avoidable loss, however, is broadcasting urea directly on the soil surface without incorporation: left exposed to sunlight and air, up to 40% of the urea’s nitrogen can be lost as volatile ammonia within a week of application. Farmers achieve far better results by banding urea 5 to 10 centimeters below the soil surface, or applying it via fertigation systems tied to drip or pivot irrigation, which reduces nitrogen loss to less than 10% even during hot, dry growing conditions. For horticultural crops such as fruit trees, leafy greens, and tea, prilled urea can also be diluted to a 0.5 to 1% solution for foliar feeding, delivering quick nitrogen boosts during periods of fast vegetative growth, as long as biuret levels stay within the safe low range to avoid leaf scorch. It is also important to maintain a 3 to 5 centimeter gap between placed urea and planted seeds, as high concentrations of nitrogen close to emerging seedlings can suppress germination and stunt early root development. As global supply chains for agricultural inputs continue
SGS Approved Urea N46 Prilled Granular, 46% Nitrogen Urea Fertilizer Bulk or 50kg Bag Packing
SGS Approved Urea N46 Prilled Granular, 46% Nitrogen Urea Fertilizer Bulk or 50kg Bag Packing As global food systems face growing pressure to boost crop yields while optimizing input costs for farmers, agricultural distributors, and industrial supply chain partners, high-quality, rigorously tested nitrogen fertilizer has become more than a convenience—it is a core requirement for reliable, compliant operations across sectors. Our SGS-approved N46 prilled granular urea is built to meet this demand, delivering the full 46% nitrogen content that growers rely on for healthy crop development, with end-to-end quality verification that eliminates the common risks associated with bulk fertilizer sourcing. Unlike lower-grade urea products that cut corners on purity, consistency, or safety, this product is designed to perform equally well for large-scale farm operations, regional agricultural retailers, and industrial clients using urea as a raw material for resin production, automotive diesel exhaust fluid, or power plant emissions reduction. The SGS approval attached to every batch of this urea is not a superficial marketing claim—it represents a full third-party audit of our production, testing, and handling processes that gives buyers complete peace of mind throughout their supply chain. As the world’s leading independent inspection, testing, and certification body, SGS verifies that our urea meets the strictest global standards for fertilizer safety and performance, with measurable checks for core quality metrics: a guaranteed minimum 46% total nitrogen content (with no under-filling or diluted blends that can throw off fertilizer application calculations), biuret content held to a maximum of 0.9% to prevent seedling burn and root damage even at higher application rates, moisture content below 0.5% to prevent caking during storage and transport, and heavy metal concentrations far below the thresholds set by the FAO, EU Fertilizers Regulation, and major agricultural import markets. Buyers no longer need to budget for expensive, time-consuming in-house lab testing to verify product quality, as the SGS report included with every shipment is accepted for customs clearance, warehouse quality checks, and retail shelf display across 130+ countries. This level of third-party validation eliminates the costly surprises that have plagued urea buyers in recent years: understated nitrogen content, excessive powder from overprocessed granules, or toxic impurity levels that can render an entire shipment unusable for sensitive crops. The prilled granular form of our urea is engineered for consistent performance across every application method, with uniform 2–4 mm round granules that deliver reliable flow, even spread, and controlled nutrient release. For growers using large-scale mechanical spreaders, or even drone-based variable rate fertilization systems, the even granule size and high compressive strength (minimum 15 newtons per granule) means no clogged spray nozzles, no uneven distribution that leads to patchy crop growth, and no excess powder breakdown that causes nutrient loss during transport. Unlike irregular, crushed granular urea that can blow away in windy field conditions or dissolve too quickly after application leading to nitrogen leaching into groundwater, our prilled urea dissolves at a steady rate aligned with crop uptake patterns for staple crops including wheat, corn, rice, and cotton, as well as high-value fruit, vegetable, and nut orchard operations. The high purity of the product also makes it suitable for non-agricultural industrial uses, from manufacturing formaldehyde-free wood adhesives to producing high-purity diesel exhaust fluid for commercial vehicle fleets, and selective catalytic reduction systems for coal-fired power plants. To match the diverse needs of our global customer base, we offer two flexible packing options for every order, with no overly restrictive minimum order size for first-time clients testing our product quality. For bulk orders of 100 metric tons or more, our bulk packing option delivers significant cost savings for large farm cooperatives, regional fertilizer distributors that operate their own secondary filling lines, and industrial clients with high ongoing urea demand. Bulk shipments are loaded directly into ship holds or shipping containers with a food-grade moisture barrier liner to protect against condensation, sea air exposure, and caking during long transit, cutting total packaging and handling costs by up to 15% compared to pre-bagged product. For smaller volume buyers, independent agricultural retailers, and small to mid-sized family farms, our standard 50kg bag packing option uses heavy-duty polypropylene woven bags with an inner polyethylene moisture seal, printed with clear product specifications, safety guidance, and optional custom branding for retail partners. The bags are engineered to stack 8 layers high without tearing or collapse, making them easy to s
Highlights at a glance Superior Technical Performance Balanced flexibility, strong adhesion to multiple substrates, and good durability with low residual monomers. Environmental Sustainability Water-based, low VOC, compliant with global eco-certifications, with bio-based options. Versatile Application Adaptability Widely used in construction, coatings, adhesives and easy to formulate. Cost-Effective Solution Simplifies processes, reduces costs and extends end-product service life. Reliable Quality & Compliance Stable quality, compliant with global standards, suitable for high-safety applications.
Tween80 with High Efficiency CAS 9005-65-6
China Cosmetic Surfactant Ingredients OEM, offering high-purity solutions for skincare
Premium BTMS-50 Behentrimonium Methosulfate Conditioning Agent For Daily Cosmetic Raw Materials
Highlights at a glance High Purity: 99% purity ensures superior quality for hair care and skin applications. Versatile Application: Suitable for both cosmetic raw materials and detergent raw materials. Cool Dry Storage: Store in cool, dry place for optimal stability and performance. Customizable Solutions: Available for OEM and sample requests for tailored formulations. Convenient Forms: Solid white granular wax for easy handling and application.
Low Irritation BTMS-50 Behentrimonium Methosulfate Raw Material For Hair Mask Formulation
Highlights at a glance High Purity: 99% purity ensures superior quality for hair care and skin applications. Versatile Application: Suitable for both cosmetic raw materials and detergent raw materials. Cool Dry Storage: Store in cool, dry place for optimal stability and performance. Customizable Solutions: Available for OEM and sample requests for tailored formulations. Convenient Forms: Solid white granular wax for easy handling and application.
Bulk Supply BTMS-50 Behentrimonium Methosulfate Cationic Surfactant For Cosmetic Production
Highlights at a glance High Purity: 99% purity ensures superior quality for hair care and skin applications. Versatile Application: Suitable for both cosmetic raw materials and detergent raw materials. Cool Dry Storage: Store in cool, dry place for optimal stability and performance. Customizable Solutions: Available for OEM and sample requests for tailored formulations. Convenient Forms: Solid white granular wax for easy handling and application.
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