65% 70% Calcium Hypochlorite Cas 7778 54 3 Suppliers and Manufacturers

Parameter Limit Test Method 1. Moisture Content (%) : 3% maximum Oven Method 2. Total Fat (%) : 65 ± 5 Soxhlet Extraction 3. FFA (as Lauric Acid) (%) : 0.10 maximum AOCS Ca 5a-40 4. Residual SO2 (ppm) : Not detected (

1.Moisture Content (%): 3% maximum Oven Method 2.Total Fat (%) : 65 ± 5 Soxhlet Extraction 3. FFA (as Lauric Acid) (%): 0.10 maximum AOCS Ca 5a-40 4.Residual SO2 (ppm) : Not detected (

Cashew nut shell extraction(CNSE) biomass for burning industry Cashew nut shell extraction was waste products after being obtained pressing cashew nut shell to receive cashew nut shell oil for industrial fuel. Cashew nut shell extraction has been used as a boiler to replace coal, and wood, because of its low cost, cashew nut shell extraction is also high calory. Taiwan has had a research project using cashew nut shell extraction as an organic fertilizer for some farms, but the application of cashew nut shell extraction as fertilizer is also less common in many countries Specifications: Moisture: 12%; Ash content: 1.6%; Calory: 4500kcl/kg min; Using: best for fuel, fertilizer; Packing: Jumbo bag, PP bag, Or Customer request;

Cardanol-based resins possess outstanding resistance to the softening action of mineral oil and high resistance to acids alkalies, antimicrobial properties termite and insect resistance, etc. Contributes to improved flexibility, good drying after banking, high electric insulation properties, and thermal stability. Amenability to chemical modification to effect desirable changes gets specific properties for making tailor-made polymers of high value, thus the structural changes could be effected at the hydroxyl group, on the aromatic ring, and on the side chain. These properties make Cardanol an effective substitute for petroleum-based phenol. Specifications: Density @ 300C : 0.9275 â?? 0.9350 Viscosity @ 250C (cps): 40 â?? 60 Iodine value: 210 -280 Ash content: Negotiable Volatiles losses: 0.5 â?? 2% Acid value: 2 â?? 5%. The products obtained from CARDANOL have many advantages over those manufactured from other substituted phenols. It is therefore widely used in the manufacture of Nevolac & Resol Resins, Oil Soluble Resins, Lamination, Surface coating & paints, Electrical Insulating, Varnishes, Brake lining, clutch facings, Lacquers, Pesticides, Rubber compounding, Adhesives, Wax substitutes, Mineral oil additives, Azo Dyes

The cardanol residual formed with the distillation of CNSL, cardanol residue can be used in producing friction dust, in rubber compounding and brake linings, its also used as a fuel.

Degumed cashew nut shell liquid Cashew Nut Shell Liquid that we offer is a pericarp fluid of cashew nut shell. Our Cashew Nut Shell Liquid (CSNL) consists of unsaturated phenolic compounds, anacardic acid (90%), and cardol (10%) with minor amounts of 2-methyl cardolâ?¦ Cashew Nut Shell Liquid provided by us is widely used in various industries. Degumed cashew nut shell liquid is a kind of CNSL product, Cashew nut shell oil is treated to remove impurities, metals, and residues, and distilled at high temperatures to obtain high-grade industrial fuel oil. Degumed CNSL is used for burn boilers, marine oil, industrial combustion stations to replace FO oil, and production plants that need clean oil fuel. With ten years of refining cashew nut shell oil, we are a prominent Cashew Nut Shell Liquid Manufacturer, Exporter, and Supplier, offering a by-product of the Cashew Industry such as products: cashew nut shell liquid (CSNL), Degumed cashew nut shell liquid, cashew nut shell extraction (CSNE), Cardanol.

Cashew heating process: The oil-burning process is similar to oil F.O. Cashew oil is heated to 60-70C Depending on the burn, the oil is foggy under the pressure of the wind and sprayed directly into the combustion chamber. Incident burning temperature of 220oC oil (lower than oil F.O) The process of generating heat completely. Cashew nut shell contains a mixture of Alkyl, and natural Phenols with the main chemical elements: Cardanol, Cardol, 2-methyl, and their polymers. From the available physical and chemical properties, cashew nutshell oil is a valuable raw material in many industries: Production of high-quality adhesive materials Produces highly resistant surfaces for corrosion protection in mechanical engineering, waterproofing, and waterproofing with high adhesion despite thin coating. Production of high-grade paints used in marine paint technology, drilling rig: anti-rust, wide-coated surface, saving materials Production of insulating materials, electronic products, and applications for the automotive industry Production of friction powder, the main raw material in the production of brake discs, raw materials for the production of activated carbon Creating products for preserving wood products, impregnating wood for construction, and interior decoration.

Variety: Red Onion Colour: Dark Red, Light Red, Yellow. Size:20mm to 30mm Size: 25mm to 35mm Size 30 to 45mm Size 45 to 60 mm Size 50 to 70mm Size 60mm & above Upto 90mm Storage Requirements for long transit Period Temperature: +1 degree c Relative Humidity: 65-70% Storage Period:3-5 Months Availability: Throughout Year.

Fly Ash a byproduct derived from the combustion of coal encompasses the finely dispersed particles that ascend with the flue gases The ash which accumulates at the bottom is referred to as bottom ash Prior to venting through the chimneys of coalfired power plants Fly Ash is diligently captured by electrostatic precipitators and other particle filtration equipment When combined with bottom ash extracted from the furnaces base it collectively assumes the nomenclature of coal ash The specification of Fly Ash varies significantly contingent upon the coal type in use however it consistently contains notable quantities of silicon dioxide and calcium oxide CaO both intrinsic constituents of numerous coalbearing rock strata Our establishment headquartered in India boasts a distinguished reputation as a Fly Ash Exporter catering to diverse sectors including cement ready mix concrete steel refractories and the construction industry Prominent Applications of Fly Ash encompass 1 Manufacture of Portland Pozzolanic Cement Performance Enhancement in Ordinary Portland Cement OPC 2 Partial Replacement of OPC in Cement Concrete 3 HighVolume Fly Ash Concrete 4 RollerCompacted Concrete Employed in Dam and Pavement Construction 5 Production of Ash Bricks and Other Building Materials 6 Construction of Road Embankments Structural Fills and LowLying Area Development 7 Utilization as a Soil Amendment in Agriculture and Wasteland Development Fly Ash can be categorized into two types based on the coal used Class F Fly Ash This type results from the combustion of anthracite and bituminous coal Class F Fly Ash typically contains lower levels of lime usually under 15 percent but higher proportions of silica alumina and iron exceeding 70 percent Class C Fly Ash Produced by burning lignite or subbituminous coal Class C Fly Ash exhibits selfcementing properties It often possesses a higher lime content frequently exceeding 15 percent and sometimes reaching as high as 30 percent This elevated CaO content contributes to the distinctive selfhardening attributes of Class C Fly Ash Both Class F and Class C Fly Ash are outcomes of coal combustion in largescale power plants Following collection in electrostatic precipitators or baghouses Fly Ash is transferred to substantial silos for distribution To ensure consistency and quality Fly Ash is classified according to precise particle size specifications when required Our minimum order quantity is one container reflecting our commitment to meeting the diverse needs of our clientele

Product Description Tripotassium Phosphate Product Description Other name: Tripotassium orthophosphate CAS Registry Number: 7778-53-2 EINECS NO.: 231-907-1 MF: K3O4P MW: 212.27 InChI: 1S/3K.H3O4P/c;;;1-5(2,3)4/h;;;(H3,1,2,3,4)/q3*+1;/p-3 Melting point: 1340�ºC Water solubility: 50.8G/100ML(25�ºC) Density: 2.564g/cm3 Appearance:white or off-white crystalline powder, soluble in water and its water solution is alkaline,insoluble in alcoholic, corrosive and hygroscopic

Printing Parameters Squeege: 60-65 SHORE Mesh: 120/inch Tension:� 25 N/cm2 Clean Up: Water Strokes: 3 Rounds: 2 Printing Application 1. Blow dry print in between rounds using hairdyer or other methods. 2. Allow for 2 - 4 hours ambient drying. 3. Heat cure at 130 -160oC for 2 minutes. 4. Allow for 24 hours after heat cure before any physical testing of prints. Formulation White Print White: 97% Fixer: 3% Colour Print White: 15-20% Clear: 70-75% Colour Pigment: 5-7% Fixer: 3%

Printing Parameters Squeege: 60-65 SHORE Mesh: 120/inch Tension: 25 N/cm2 Clean Up: Water Strokes: 3 Rounds: 2 Printing Application 1. Blow dry print in between rounds using hairdyer or other methods. 2. Allow for 2 - 4 hours ambient drying. 3. Heat cure at 130- 160oC for 2 minutes. 4. Allow for 24 hours after heat cure before any physical testing of prints. Formulation White Print White: 97% Fixer: 3% Colour Print White: 15-20% Clear: 70-75% Colour Pigment: 5-7% Fixer: 3%

Printing Parameters Squeege: 60-65 SHORE Mesh: 120/inch Tension: 25 N/cm2 Clean Up: Water Strokes: 3 Rounds: 2 Printing Application 1. Blow dry print in between rounds using hairdyer or other methods. 2. Allow for 2 - 4 hours ambient drying. 3. Heat cure at 130 - 160oC for 2 minutes. 4. Allow for 24 hours after heat cure before any physical testing of prints. Formulation White Print White: 97% Fixer: 3% Colour Print White: 15-20% Clear: 70-75% Colour Pigment: 5-7% Fixer: 3%