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1 Products availableWe are leaders in the market for providing best range of Metalic Stearates
SODIUM STEARATE: ( C18 H35 NaO2)
Sodium Stearate is the Sodium salt of Stearic Acid. This white solid is the most common soap. It is a fine white powder. It is a stabilizer and a thickness used in soaps, colour cosmetics, deodorants and in hair and skin care products.
POTASSIUM STEARATE: (C18 H35 Ko2)
Potassium Stearate is a white powder with a slightodour. It is an emulsifier used in food products, cosmetics and beauty products to stabilize formulas and increasing the thickness or add lubricating products.
ALUMINIUM STEARATE:
Aluminium salt of Stearic acid. It acts as a water repellent agent and hydrophobic agent used as a water proofing agent in paint industry. Also acts as a thickening agent in the production of varnishes and lacquers. It is a white coloured powder dissolves well in vegetable oils on heating and if high concentration is used, on cooling getting is seen.It is insoluble in water, Alcohal and ether however soluble in glycol, alkali, BTX , chlorinated hydrocarbon.
MAGNISIUM STEARATE:
It is a mixture of Magnesium salt of fatty acids obtained from edible fats and oils. It is a chalk like substance which prevents the suppliments from sticking together and allow the machinery to run smoother and faster which equates to cost saving during the manufacturing process.
ZINC STEARATE:
White hydrophobic powder. Zinc stearate is a soap that is widely used in industries. It is most powerful mould realease agent among all metal soaps. Its main application areas are the plastics and rubber industry where it is used as a releasing agent and lubricant which can be easily incorporated. It is insoluble in polar solvents such as alcohol and ether but soluble in aromatic hydrocarbon like benzene and chlorinated hydrocarbon when heated.
CALCIUM STEARATE:
White waxy powder. Calcium stearate is a carboxylate of calcium, classified as a calcium soap. It is a component of some lubricant , surfactant as well as many food stuffs. Unlike traditional sodium and potassium soaps, it is also easy and cheap to Produce and exhibits low toxicity used in fabric, cryon concrete mixing , paper industry, Plastic industry, personal care and pharmaceutical manufacturer.
LITHIUM STEARATE:
Lithium is a white solid soft chemical compound prepared by the reaction of lithium hydroxide and Stearic acid used in high temperature lubricant. When used as a flux for welding or soldring lithium promotes the fusing of metals during and eliminates the forming of oxides.
Quenching oil designed for rapid or controlled cooling of steels or metals as part of hardening, tempering or other heat-treatment process. Quenching oil serves two primary functions. It facilitates hardening of steels by controlling heat transfer during quenching and it enhances wetting of steel during quenching to minimize the formation of undesirable thermal and transformational gradients which may lead to increased distortion and cracking.
Quenching oils has a major advantage of a higher boiling range of 230C to 480C. This causes the slower corrective cooling stage to start sooner, enabling the release of transformation stresses which is the major problem with water cooling. Oil is, therefore, able to quench intricate shapes and high hardenability alloys successfully.
FRANK QUENCH FQ1:
Frank quench FQ1 is a high-quality quenching oil developed for general purpose metal quenching operation. It is formulated from specially selected high viscosity wider base stocks having good oxidation stability, good fluidity and low volatility. The Polar additive used in the formation of this oil imparts accelerated quenching characteristics to the product.
FRANK QUENCH FQ 11:
Frank quench FQ11 is a high-quality oil developed for general purpose metal quenching operations. This oil formulated from specially selected, highly refined, thermally stable, high viscosity index base stocks, having good oxidation stability , good fluidity and low volatility.
FRANK QUENCH FQ 132:
Frank quench FQ132 is a low viscosity accelerated quenching oil of exceptionally high quality. This oil is blended from selected low sulphur base stocks having excellent oxidation and thermal stability, high fluidity and low volatility. The accelerated quenching characteristics of the product are imparted by a special additive package used in the formulations.
FRANK QUENCH FQ 1179:
Frank quench FQ 1179 is a non-flammable polymer quenching oil. They are liquid organic polymers fortified with rust inhibitor, biocide package and defoamers. It can be diluted with water to prepare the desired concentration. This has a unique property of polymer separation around 74C when heated. This separation and deposition of the film on the hot surface or parts, control the cooling rate. The rate of agitation, the temperature of the bath are the other factors which influences the cooling rate.
Frank Rust Preventive Oils are solvent deposited water displacing type. Most of the oils can be applied directly to water wet metal surfaces whereby they displace water leaving a protective film.They can be applied either by dipping or by spraying. Oil layer can be removed by soaking in solvent like kerosene / mineral turpentine oil or by alkaline degreasing or solvent degreasing Frank clean R.P.grade. Rust Tech 1901, WD1902 and WD 1904 comply to IS:1154 specification and Rustech 116B Complies to IS:1674 specification.
FRANK RUSTECH WD 1901:
This is intended for severe conditions and leaves a greasy film, resistant to handling and giving excellent protection. Can be used for protection during storage of valuable machine tools and as a final protective for tools and machined components.
FRANK RUSTECH WD 1902:
This grade gives a soft, tacky, oily film with excellent mechanical strength which can withstand further handling . Can be used for products of high degree of finish in manufacturing of machine tools, fasteners strips etc. , providing excellent resistance to salt spray and hence can be used on components to be freighted by sea.
FRANK RUST TECH WD 1904:
This oil is used for items/components/ fasteners which are to be immediately wrapped by wax paper. Can also be used in inter operational protective for removal of soluable oil.
FRANK RUST TECH WD 1908:
This grade is a excellent dewatering fluid leaves a very thin oily film with little protective properties. Suitable for non ferrous metals like aluminium, aluminium alloys and brass to displace water and prevent tarnishing. Oil film can easily be removed by wiping.
FRANK RUSTECH WD 1950:
This is a water displacing type fluid to apply on metal surfaces to displace water. In short this is not providing any protective film. This dewatering fluid is to be applied by dipping.
FRANK RUST TECH WDX 130:
It gives very thin film which has very good rust preventive properties. Can be used for inter operational protection, live mechanism, gauges, micrometers, bright steel components and finished packing of bearingsproviding reasonable protection for indoor and outdoor.
FRANK RUST TECH WDX 132:
This grade is a solvent based water displacing fluid suitable for severe environmental conditions and long term protection. Suitable for treatment prior to storage of machine tools, cam shafts, crank shafts, circular saws, large gear, exposed sliding surfaces lathe blades etc. Providing indoor and outdoor protection.
FRANK RUSTECH 116B:
This provides water displacing heavy soft tacky film for protection on steel tubes, bars, wires , bare sheetings, wheel rings, auto parts and machined components. Protective film can be removed by wiping with rags soaked in solvents or a by alkaline degreasing.
FRANK RUST TECH 114:
This grade provides a hard yellow / red transparent varnish like tacking film. This oil driesin 30-40 minutes and fully in 8-10 hrs. Suitable for protection of cam shaft, crank shaft, cylinder liners, shackle pins, piston pins, gears, springs, taps, dies nuts and screws, hand tool, steel Rod and bar etc.
FRANK FHT 155: WORKING RANGE:155-540C
Heat Transfer Salt for use in large chemical or oil cracking installations in the working range 155-540C as a heating or cooling medium. In the Moltan state it enables a uniform temperature to be maintained throughout the equipment. Also used to remove the heat evolved by reacting propylene, air and ammonia in a fixed bed reactor for producing Acrylonitrile and HCN Gas. Also used to remove the heat produced by the oxidation of Napthalene in the production of phthalic anhydride used in plant for operating caustic solution to produce solid caustic soda.
STABILITY OF FRANK FHT 155:
FRANK FHT 155 is very stable at temperature up to 430C. Between 430C and 540C there is a tendency for FRANK FHT 155 to slowly decompose with the formation of Nitrate, alkali oxide and nitrogen. Also one of the ingredients will be slowly oxidized in the presence of atmospheric oxygen. The later can be avoided by excluding air by protecting the surface of the salt with inert gas, such as nitrogen or argon. There is also a tendency for the formation of a certain amount of Carbonate in the salt by absorption of carbon dioxide during prolonged use. Some carbonate may then be precipitated out of the salt. This is however of little consequence provided the system used is not easily blocked by the deposition of carbonate.
FRANK FHT 250: WORKING RANGE:250C TO 565C
It is a Non toxic Moltan heat transfer fluid in the working range 250C-565C and can be used in solar thermal applications at very high temperature up to 565C which is higher than the commercially available fluid . Frank FHT 250 moltan fluid have excellent thermo physical properties in the liquid state with high thermal conductivity.
STABILITY OF FRANK FHT 250 :The maximum operating temperature is 565C. Beyond this temperature the fluid will evolve into non toxic , inert gases with low vapour pressures and prolonged use of maximum temperature may result solidification.
FRANK FHT 140: WORKING RANGE: 140C TO 485C
It is a non toxic Moltan salt heat transfer fluid which can be used at high temperature up to 485C and has a lower melting point resulting extra freeze protection and wider operating range.Frank FHT 140 Moltan salt fluid have excellent thermo viscosity, high heat capacity, high thermal conductivity. It provides long term heat storage for high temperature applications and provide excellent corrosion resistance to SS material and alloy steel and exibit minimum vapour pressure at peak operating temperature .
STABILITY OF FRANK FHT 140:The Maximum operating Temperature is 485C beyond this temperature the fluid will evolve into non toxic , inert gases with low vapour pressures and prolonged use of maximum temperature may result solidification.
FRANK FHT 150: WORKING RANGE:150C TO 450C
FRANK FHT 150 Moltan salt fluid can be used in hot bath or solar thermal application at high temperature up to 450C. FRANK FHT 150 has a lower melting point than Frank FHT155, Frank FHT 250 and Frank FHT 140 providing freeze protection and wide operating range.
Moltan salt fluid have required thermo physical properties in the liquid state like low viscosity, high heat capacity and thermal conductivity. Also provides long term heat storage for high temperature application.
THERMAL STABILITY: The maximum operating temperature if FRANK FHT 150 is 450C beyond this temperature the fluid will evolve into non toxic , inert gases with low vapour pressures and prolonged use of maximum temperature may result solidification.
FRANK ECONOMISER must not be used on baths. Salt bath nitriding/liquid nitriding advantages include active case hardening process ( Compound zone), additional lubricity, improved aesthetics. Dimensional stability or processed parts does not change and core properties are uncompromised.
Salt bath Nitriding/ Liquid Nitriding can be performed on through hardening steel. This yields the benefit of throughhardening in addition to a harder surface. This can be up to 75RC depending on the material.
Subjacent to the compound zone is another distinctive region the diffusion zone. This evolves from Progressive diffusion of the nitrogen, and consists of a solid solution of Nitrogen in the base material. The diffusion zone distributes another critical benefit of salt bath nitriding: Substantial enhancement of fatigue strength, typically between 20% to 100%.
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