Oled Research And Development Evaporation System Suppliers and Manufacturers

Capsicum Oleoresin is prepared by extracting the crushed capsicum (Capsicum Annum Linn) with volatile solvents by percolation method. It contains the pungent principles, capsicin not less that 8 percent. It also contains the red colouring matter called Capsanthin. This product is a powerful irritant and a carminative, which is also used as a counter irritant in lumbago and neuralgia. It can also be used to treat stomach ache that involves poorly functioning stomach muscles and as an antibacterial agents. Extraction of oleoresin capsicum from peppers involves finely ground capsicum, from which capsaicin is extracted in an organic solvent such as ethanol. The solvent is then evaporated, and the remaining wax like resin is the oleoresin capsicum. An emulsifier such as propylene glycol is used to suspend the OC in water, and pressurized to make it aerosol in pepper spray. The high performance liquid chromatography (HPLC) method is used to measure the amount of capsaicin within pepper sprays. Scoville Heat Units (SHU) are used to measure the concentration or "heat" of pepper spray. A synthetic analogue of capsaicin, pelargonic acid vanillylamide (desmethyldihydrocapsaicin), is used in another version of pepper spray known as PAVA spray which is used in the United Kingdom. Another synthetic counterpart of pepper spray, pelargonic acid morpholide, was developed and is widely used in Russia. Its effectiveness compared to natural pepper spray is unclear. Pepper spray typically comes in canisters, which are often small enough to be carried or concealed in a pocket or purse. Pepper spray can also be bought concealed in items such as rings. There are also pepper spray projectiles available, which can be fired from a paintball gun. It has been used for years against demonstrators. Derived from chilli peppers, oleoresin capsicum is the active ingredient in pepper spray and in some topical pain relievers.

Long pepper, also known as the Indian long pepper, is a herb that prominently features in Ayurvedic medicine, also popularly used as a spice and in seasoning mixes. The botanical name for this herb is Piper longum, and it is known to contain a chemical known as piperine, which helps fight parasites and other infectious agents. The many health benefits of long pepper: Long pepper forms an important part of our ancient Indian medicine-Ayurveda, and is thought to hold good therapeutic properties. Research has specified the use of this herb for 3 major health conditions described below- Diabetes: Diabetes is the leading cause of concern for individuals around the world. Thankfully, long pepper has been found to reduce blood glucose levels in diabetic patients and prevent other complications associated with the disorder. Liver ailments: Due to our dependency on processed foods, our internal organs, including the liver, tend to become weak, and more and more people are now suffering from liver ailments. Long pepper, known to possess liver-protective functions, may help the body manage liver toxicity, and may also prevent jaundice. Bacterial infections: In a developing country like India, where lack of sanitation and cleanliness forms an important reason for many bacterial infections, long pepper could be beneficial as a simple home remedy. It is thought that the root and the fruit may possess anti-amoebic activity. Apart from these specific health benefits, long pepper is also believed to help patients suffering from the following health problems- - Stroke - Fever - Stomach ache - Asthma

PARSLEY (Petroselinum sativum/crispum - Umbelliferae) Parsley is a hardy biennial herb which is native to the eastern Mediterranean. It is thought to have originated in Sardinia, but records show that seeds were imported to Britain from Sardinia in 1548; the plant had already been introduced to northern Europe by the Romans. There are several varieties of the herb. The curly leaved or moss-curled is the one most familiar in Britain as a garnish. The plain- or flat-leaved, continental parsley has heavily divided leaves, but they are not so curly; this is the plant which can be confused with another, Aethusa cynapium or fool's parsley, which is poisonous. Less familiar is the Neapolitan parsley from southern Italy which has thick stalks, eaten in Italy like celery (and, in fact, its French name is 'persil aux jeuilles de cileri'). All parsleys have carrot-shaped roots which can be eaten, but the Hamburg parsley (P. fusiformis) has been developed for its roots rather than its leaves. The common parsleys have dark green leaves, pale yellow-green flowers in umbels, followed by fruit seeds. The name petroselinum comes from the Greek for rock celery, referring to the natural habitat of the plant. Interestingly, selinum is thought to be the same as selinon, the Greek name for celery; the Romans called parsley 'apium', also the botanical name for celery; and French fool's parsley is called ache des chiens, ache also once a name for wild celery. Celery also belongs to the Umbelliferae family, and possibly there have been confusions over the years. The Ancient Egyptians used parsley, as did the Greeks, who crowned victorious soldiers with wreaths of it. Hercules did this after killing the Nemean lion, and thereafter victors in the Nemean and Isthmian games would do the same. They believed that parsley had grown from the blood of a hero, Archemorus, and Homer tells of a victory won by charioteers whose horses had renewed vigour after eating parsley. Parsley grew on Circe's lawn in the Odyssey. Pliny said that no sauce or salad should be without parsley, as did Galen, and both Pliny and Dioscorides thought of it as a diuretic and emmenagogue. Apicius sang its praises too. The Byzantines used it as a diuretic and made a strong infusion to help kidney stones. Charlemagne ordered that it be cultivated in the imperial gardens as a vegetable, and it was eaten at every meal. It also found a place in monastic gardens at this time. More recently, in the nineteenth century research was done on the emmenagogic properties of a constituent of the oil, apiol, by Professor Galligo, and doctors de Poggeschi and Marrotte. These were later confirmed by Dr Leclerc, proving to be truly efficaceous in treating cases of menstrual problems, particularly pain.

2-Naphthol Basic information Chemical Properties Application Preparation Product Name: 2-Naphthol Synonyms: c.i.37500;c.i.azoiccouplingcomponent1;c.i.developer5;Developer A;Developer AMS;Developer BN;developera;developerams CAS: 135-19-3 MF: C10H8O MW: 144.17 EINECS: 205-182-7 Product Categories: Fluorescent;Naphthalene;pigments;alcohol;MICROCIDIN;Color Former & Related Compounds;Developer;Functional Materials;Intermediates;Aromatic Compounds;Alphabetical;Bioactive Small Molecules;Biochemicals and Reagents;Building Blocks;C9 to C20+;Cell Biology;Chemical Synthesis;Fluorescent Indicators and Probes;Fluorescent Probes;Labels;N;Organic Building Blocks;Oxygen Compounds;Particles and Stains;pH Sensitive Probes and Indicators;Phenols;Dyestuff Intermediates;Aromatics Mol File: 135-19-3.mol 2-Naphthol Chemical Properties Melting point 120-122 C(lit.) Boiling point 285-286 C(lit.) density 1,28 g/cm3 vapor density 4.97 (vs air) vapor pressure 10 mm Hg ( 145.5 C) refractive index 1.5762 (estimate) Fp 153 C storage temp. Refrigerator solubility methanol: soluble1g/10 mL, clear, colorless to light yellow pka 9.51(at 25C) form Powder, Crystals or Granules color White PH Range Non& uorescence (8.5) to blue & uorescence (9.5) Water Solubility 1 g/L (20 C) �»max 226nm, 265nm, 275nm, 286nm, 320nm, 331nm Merck 14,6384 BRN 742134 Stability: Stable. Combustible. Dust may form explosive mixture with air. Incompatible with strong oxidizing agents, phenol. Major Application Display device, semiconductors, photoimaging materials, inks, toner, chalk, security paper, molding materials, tin plating method, rubber, adhesive, leather, detergent, hair dyes, antimitotic drug, anticancer agent, antiinflammatory agent, treatment of acne vulgaris (pimples) and other dermal ailments (rashes, scratches, blemishes, hair loss), disorders InChIKey JWAZRIHNYRIHIV-UHFFFAOYSA-N CAS DataBase Reference 135-19-3(CAS DataBase Reference) NIST Chemistry Reference 2-Naphthalenol(135-19-3) EPA Substance Registry System 2-Naphthalenol (135-19-3) Safety Information Hazard Codes Xn,N Risk Statements 20/22-50 Safety Statements 24/25-61 RIDADR UN 3077 9/PG 3 WGK Germany 2 RTECS QL2975000 F 8 Autoignition Temperature 430 C TSCA Yes HazardClass 9 PackingGroup III HS Code 29071590 Hazardous Substances Data 135-19-3(Hazardous Substances Data) Toxicity LD50 orally in Rabbit: 1960 mg/kg LD50 dermal Rabbit > 10000 mg/kg 2-Naphthol Usage And Synthesis 2-Naphthol Preparation Products And Raw materials

Our Coir Discs is developed using optimum quality coir pith and are specifically used to control the weeds from plant container and landscape plants. It has high water absorption capacity thus water can be saved by reducing evaporation from the soil media. Moreover, the coconut coir pith & coco coir peat Round Discs gives a rehydrated yield of one litre of soil per disk. Coco discs consist of coarse coco material, which is made of the husk of the coconut. Cutting the husk creates an airy, easily manageable and powerful growing medium with good drainage properties. These discs are compressed for transport and expand to their original size after water is added.

per annum. Price for volume over the MoQ 30 Million boxes is negotiable. Payment by L/C 100% at sight, transferable, irrevocable and confirmed. Product Name: Disposable Vinyl/Nitrile Blended Examination Gloves Single use, non-sterile, no measuring, Latex free Sizes: XS, M, L. XL. XXL Color: Blue, Green Structure: 5 fingers, beaded cuff for easy donning, ambidextrous Surface: Smooth The Vinyl/Nitrile Blended glove is a new type of synthetic glove that was developed based on the vinyl glove production technology. Its material is compounded with PVC paste and Nitrile latex, so the finished production has the advantage of both PVC and Nitrile gloves. Comparing with the vinyl gloves, the Vinyl/Nitrile Blended glove can better satisfy the users demands, it feels softer, more flexible and more comfortable when wearing. Intended purpose: The examination glove is disposable non-sterile device intended for medical purpose that is worn on the examinerâ??s hand or finger to prevent contamination between patient and examiner. Medical Device Quality Management System EN ISO 13485 Certificate, ISO 9001 Quality Management System Certificate - 2 FDA FDA Registration Information - 510K Product 510K Biocompatibility Test Report EU CE Certificate (DOC, Technical Documentation Review Report )

FH SERIES OF PRODUCTS: FH products are Pure nonionic derived the endosperm of guar polysaccharide (Cyamopsos tetragonolobus). The products are unique with ultra-high viscosity with fastest hydration characteristics as shown in Figure 1 below. Also, when added with other drilling components, to seawater, a KCl solution or other aqueous system, the product suspension disperses readily without lumping, even under low-shear conditions generating most of its full viscosity within just a few minutes. PRODUCT COMPATIBILITY: FH series of products are compatible with most of the chemicals and auxiliaries used in drilling operations. However, the products are not compatible with Arabic and Crystal gums. Also, in presence of borates they form elastic gel. PRODUCT APPLICATIONS: FH series of products are natural, high viscosity, fast hydrating non-Newtonian hydrocolloids with suitable cross linking components in diesel slurries and are versatile for continuous mix applications, where extremely fast hydration and subsequent viscosity development is required. They are excellent viscosifiers, stabilizers, thickeners and suspending agent for use in oil-drilling, workover fluids and several other oilfield applications like hydraulic fracturing, oil well stimulation, mud drilling, oil well capping, flocculent and liquid shoring etc. The product is used as a surfactant; synthetic polymer and deformer ideally suited for all rheological requirements of water based and brine based drilling fluids. Specifications:- PRODUCT : FH-35 FH-38 FH-42 CAS No. : 9000-30-0 9000-30-0 9000-30-0 Granulation : FINE FINE FINE APPEARANCE : OFF WHITE POWDER MOISTURE : 8% Max. 8% Max. 8% Max. PROTEIN (N X 6.25) : 5.0% Max 5.0% Max 5.0% Max ASH : 1.5% Max. 1.5% Max. 1.5% Max. ACID INSOLUBLE RESIDUE (A.I.R.) : 3% Max. 3% Max. 3% Max. CARBOHYDRATE (incl gum by difference) : 82% Min 82% Min 82% Min pH (1% Solution) : 5.5 ? 6.5 5.5 ? 6.5 5.5 ? 6.5 VISCOSITY : (0.48% Product in 2% KCL Sol. 2.5 mins mix @1500 RPM in waring blender) Fann 35sa Viscometer at 300 RPM, 25�C 3 Mins : 35 3 Min:38 3 Mins : 42 5 Mins : 37 5 Mins : 39 5 Mins : 43 30 Mins : 39 30 Mins : 42 30 Mins : 45 60 Mins : 40 60 Mins : 43 60 Mins : 47

* ENCOURAGE CREATIVITY - - Created to help children develop a sense of balance, stimulate their vestibular system, and gain a deep sense of awareness of their body and body parts. Stimulating child development both physical and mental and offers open-ended play opportunities for toddlers, children, teens, and even adults.

Wooden Balance Board * BUILD CONFIDENCE & BALANCE ---- Created to help children develop a sense of balance, stimulate their vestibular system, and gain a deep sense of awareness of their body and body parts. Stimulating child development both physical and mental and offers open-ended play opportunities for toddlers, children, teens, and even adults.

* BUILD CONFIDENCE & BALANCE - Created to help children develop a sense of balance, stimulate their vestibular system, and gain a deep sense of awareness of their body and body parts. Stimulating child development both physical and mental and offers open-ended play opportunities for toddlers, children, teens, and even adults.

"FroSin Modified Tapioca Starch is a Tapioca based modified, Vegan, Gluten-Free, Plant-based, Non-GMO starch It is produced by combination of chemical and physical modification to enhance its yield improving properties which is extensively used in extruded products such as vermicelli, Noodles, Pasta, Macaroni, Frozen foods, Instant foods, etc., "

Oxidized starch - TS is a Chemically Modified, Vegan, Gluten-Free, Plant-based, Non-GMO tapioca starch. Oxidized starch is characterized by its exceptional functional properties such as low viscosity, high stability, clarity, film forming, low temperature stability and binding properties. Oxidized starch is widely used in bakery products, frozen foods, dairy products, confectioneries, breading and coating applications, etc., It is 100% naturally made which does not have any preservatives and Mono sodium Glutamate (MSG). Gum confections made with oxidized starch have longer shelf life, better gelling characteristics, increased clarity, better taste, and quicker drying FEATURES AND BENEFITS Oxidized starch has improved solubility and paste clarity and could be an alternative source for food products requiring high solid contents without over-thickening It is highly bio-degradable and causes no harm to the Environment. Oxidized starch is a White powder that adds no color to application and blends well with other ingredients. It has a bland taste and so will not mask flavors or aromas.

Oxidized starch - TS is a Chemically Modified, Vegan, Gluten-Free, Plant-based, Non-GMO tapioca starch. Oxidized starch is characterized by its exceptional functional properties such as low viscosity, high stability, clarity, film forming, low temperature stability and binding properties. Oxidized starch is widely used in bakery products, frozen foods, dairy products, confectioneries, breading and coating applications, etc., It is 100% naturally made which does not have any preservatives and Mono sodium Glutamate (MSG). FUNCTIONAL PROPERTIES Oxidized starch forms highly thixotropic pastes with stiff texture, which is related to its gelling capability Low gelatinization temperature and viscosity, clarity, and soft gel texture are attributes of oxidized starch used in breading and related applications When heated in water, Oxidized starch form clear fluid sols. On cooling, however, the sols made by cooking oxidized starch are more stable or resistant to thickening and forming gels or pastes Oxidized starch is used in formulated products. They also are used in starch batters and in breaded foods, where they improve adhesion of the batter to meat and fish Gum confections made with oxidized starch have longer shelf life, better gelling characteristics, increased clarity, better taste, and quicker drying Used in batters and breading for coating various food stuffs, in confectionery as binders and film formers, in dairy products as texturizers Oxidized starch is often used for coating, sealing, batter binding, emulsification, and dough conditioning in baking and other food products.

Oxidized starch - TS is a Chemically Modified, Vegan, Gluten-Free, Plant-based, Non-GMO tapioca starch. Oxidized starch is characterized by its exceptional functional properties such as low viscosity, high stability, clarity, film forming, low temperature stability and binding properties. Oxidized starch is widely used in bakery products, frozen foods, dairy products, confectioneries, breading and coating applications, etc., It is 100% naturally made which does not have any preservatives and Mono sodium Glutamate (MSG). APPLICATIONS Oxidized starch is used as stabilizer in milk products, ice cream desserts, puddings, fillings, etc.,It is also used in the production of flavoured yoghurts, flavoured milk drinks, whipped cream, low fat cream, etc., Oxidized starch can also be used as fat-mimetic and partial replacement of casein in cheese products with improved stretchability and hardness Oxidized starch is recommended for salad and vegetable sauces, salad dressings, sugar syrups, sauces for canned meat and vegetables, mayonnaise, soups, puddings, fruit filling for confectionery products, jellies, fruit paste candy and soft gummies In baking industry, Oxidized starch expands and improve physical possessions and physical properties of dough, increases its capability to hold gases FROZEN FOODS Oxidized starch is used in frozen foods, refrigerated or canned foods, generally for thickening, temperature stability and control the flow in the purpose food. Oxidized starches are used for improved adhesion and improved stability, reputedly because of covalent bonding with protein on the substrate surface. FEATURES AND BENEFITS Oxidized starch has improved solubility and paste clarity and could be an alternative source for food products requiring high solid contents without over-thickening It is highly bio-degradable and causes no harm to the Environment. Oxidized starch is a White powder that adds no color to application and blends well with other ingredients. It has a bland taste and so will not mask flavors or aromas.

EnzoPlast TS 8 is a Chemically Modified, Vegan, Gluten-Free, Plant- based, Non-GMO oxidized tapioca starch. EnzoPlast TS 8 is characterized by its exceptional functional properties such as low viscosity, high stability, clarity, film forming, low temperature stability and binding properties. EnzoPlast TS 8 is widely used in bakery products, frozen foods, dairy products, confectioneries, breading and coating applications, etc., It is 100% naturally made which does not have any preservatives and Mono sodium Glutamate (MSG). APPLICATIONS EnzoPlast TS 8 is used as stabilizer in milk products, ice cream desserts, puddings, fillings, etc.,It is also used in the production of flavoured yoghurts, flavoured milk drinks, whipped cream, low fat cream, etc., EnzoPlast TS 8 can also be used as fat-mimetic and partial replacement of casein in cheese products with improved stretchability and hardness EnzoPlast TS 8 is recommended for salad and vegetable sauces, salad dressings, sugar syrups, sauces for canned meat and vegetables, mayonnaise, soups, puddings, fruit filling for confectionery products, jellies, fruit paste candy and soft gummies In baking industry, EnzoPlast TS 8 expands and improve physical possessions and physical properties of dough, increases its capability to hold gases FROZEN FOODS EnzoPlast TS 8 is used in frozen foods, refrigerated or canned foods, generally for thickening, temperature stability and control the flow in the purpose food. EnzoPlast TS 8 are used for improved adhesion and improved stability, reputedly because of covalent bonding with protein on the substrate surface. FEATURES AND BENEFITS EnzoPlast TS 8 has improved solubility and paste clarity and could be an alternative source for food products requiring high solid contents without over-thickening It is highly bio-degradable and causes no harm to the Environment. EnzoPlast TS 8 is a White powder that adds no color to application and blends well with other ingredients. It has a bland taste and so will not mask flavors or aromas.

EnzoPlast TS 8 is a Chemically Modified, Vegan, Gluten-Free, Plant- based, Non-GMO oxidized tapioca starch. EnzoPlast TS 8 is characterized by its exceptional functional properties such as low viscosity, high stability, clarity, film forming, low temperature stability and binding properties. EnzoPlast TS 8 is widely used in bakery products, frozen foods, dairy products, confectioneries, breading and coating applications, etc., It is 100% naturally made which does not have any preservatives and Mono sodium Glutamate (MSG). APPLICATIONS ï?· EnzoPlast TS 8 is used as stabilizer in milk products, ice cream desserts, puddings, fillings, etc.,It is also used in the production of flavoured yoghurts, flavoured milk drinks, whipped cream, low fat cream, etc., ï?· EnzoPlast TS 8 can also be used as fat-mimetic and partial replacement of casein in cheese products with improved stretchability and hardness ï?· EnzoPlast TS 8 is recommended for salad and vegetable sauces, salad dressings, sugar syrups, sauces for canned meat and vegetables, mayonnaise, soups, puddings, fruit filling for confectionery products, jellies, fruit paste candy and soft gummies ï?· In baking industry, EnzoPlast TS 8 expands and improve physical possessions and physical properties of dough, increases its capability to hold gases FROZEN FOODS EnzoPlast TS 8 is used in frozen foods, refrigerated or canned foods, generally for thickening, temperature stability and control the flow in the purpose food. EnzoPlast TS 8 are used for improved adhesion and improved stability, reputedly because of covalent bonding with protein on the substrate surface. FUNCTIONAL PROPERTIES EnzoPlast TS 8 forms highly thixotropic pastes with stiff texture, which is related to its gelling capability Low gelatinization temperature and viscosity, clarity, and soft gel texture are attributes of EnzoPlast TS 8 used in breading and related applications When heated in water, EnzoPlast TS 8 form clear fluid sols. On cooling, however, the sols made by cooking EnzoPlast TS 8 is more stable or resistant to thickening and forming gels or pastes EnzoPlast TS 8 is used in formulated products. They also are used in starch batters and in breaded foods, where they improve adhesion of the batter to meat and fish Gum confections made with EnzoPlast TS 8 have longer shelf life, better gelling characteristics, increased clarity, better taste, and quicker drying Used in batters and breading for coating various food stuffs, in confectionery as binders and film formers, in dairy products as texturizers EnzoPlast TS 8 is often used for coating, sealing, batter binding, emulsification, and dough conditioning in baking and other food products.

CURIA YG is a Vegan, Gluten-Free, Plant-based and Non-GMO starch used as curdling and thickening agent in Yogurt and Lassi. No addition of preservative and Mono sodium Glutamate in the starch. APPLICATIONS 1. First add 2% to 10% of CURIA- YG based on the Protein Content of the Milk in cold (40C to 360C) condition. Dissolve it well without Lump formation. 2. Heat the milk mixer to 850 c & hold it for 12 minutes with continuous stirring. 3. Cool the pasteurized milk to 43 0c to 45 0c with slow stirring and then add required quantity of Culture and stir it slowly for even mixing of culture. 4. Then keep it in an incubator @ 430c for 6 hours and transfer it to chiller. OR 1. Add 2% to 10% of CURIA- YG based on the Protein Content of the hot milk at 800C to 850C and stir continuously for 2 minutes without lump formation 2. Cool the milk to 43 0c to 45 0c with slow stirring and then add required quantity of Culture and stir it slowly for even mixing of culture. 3. Then keep it in an incubator @ 430c for 6 hours and transfer it to chiller. DOSAGE For excellent results, use 2 to 10% CURIA-YG of total batch size, based on the Protein Content of the Milk. For Lower Protein Content in the Milk higher Curia-YG NEED TO BE USED.

ChikMat P1 is a Vegan, Gluten-Free, Plant-based and Non-GMO starch. ChikMat P1 is used as an excellent additive or ingredient for Crispy oil fried vegetarian and non-vegetarian products. ChikMat P1 will provide structure, tenderness & binding power in baking. It even gives excellent crispiness by better even coating and with low oil absorption. It is 100% naturally made which does not have any preservatives and Mono sodium Glutamate (MSG). APPLICATION: GLUTEN FREE ALTERNATIVE FOR FLOUR AND BAKERY: ChikMat P1 can make a suitable gluten-free alternative for flour in baking recipes like Waffles, Muffins, Gluten free flour mixes. ChikMat P1 attract and hold more water and helps to increase the moisture content in baked goods and provides structure, tenderness & binding power in baking. FRYING FOODS: ChikMat P1 could serve as a suitable fried food coating where the coating is light and crisp. It helps to lock the flavour of the product while frying. It can improve the texture of the coat foods, such as chicken, fish, or vegetables, before frying and reduces the absorption of oil. The product such as oil fried Nuggets, Potato Shots, and Cheese bites. Even it can be used in Premixes- 65 Masala, Instant Crispy Fry Mix, Manchurian Mix, Bonda Mix, etc... ChikMat P1 coating can give the foods a golden and crispy outer layer during the frying process. PROCEDURE: Replace 5-20 % of Corn flour with ChikMat P1 then add at the time of blending while adding other raw materials FEATURES AND BENEFITS Increase special appearance to the fried products. Better dispersion of spices and other ingredients. Improves texture. Enhance flavor. Low oil absorption. Excellent crispiness. Better even coating