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Where Can I Buy Sodium Hydroxide Near Me !!INSTALL!!

At room temperature, sodium hydroxide is a white, odorless solid. Liquid sodium hydroxide is colorless and has no odor. It can react violently with strong acids and with water. Sodium hydroxide is corrosive. NaOH can react with moisture from the air and may generate heat as it dissolves. This heat can be enough to cause a fire if it is near flammable materials.

where can i buy sodium hydroxide near me

Around 56% of sodium hydroxide produced is used by industry, with 25% of NaOH used in the paper industry. Some other uses include fuel cell production, to cure food, to remove skin from vegetables for canning, bleach, drain cleaner, oven cleaner, soaps, detergent, paper making, paper recycling, aluminum ore processing, oxide coating, processing cotton fabric, pickling, pain relievers, anticoagulants to prevent blood clots, cholesterol reducing medications, and water treatment.

Sodium hydroxide is a potentially dangerous substance. It can hurt you if it touches your skin, if you drink it or if you breathe it. Eating or drinking sodium hydroxide can cause severe burns and immediate vomiting, nausea, diarrhea or chest and stomach pain, as well as swallowing difficulties. Damage to the mouth, throat and stomach is immediate. Breathing it can cause severe irritation of the upper respiratory tract with coughing, burns and difficulty breathing.The harmful effects of sodium hydroxide depend on several factors including the concentration of sodium hydroxide, length of time exposed, and whether you touched it, drank it or inhaled it. Contact with very high concentrations of sodium hydroxide can cause severe burns to the eyes, skin, digestive system or lungs, resulting in permanent damage or death. Prolonged or repeated skin contact may cause dermatitis. Repeated inhalation of sodium hydroxide vapor can lead to permanent lung damage.

Back in 2010-2011, sodium hydroxide was reported as one of the ten most commonly spilled or released chemicals in Tennessee. About 50% of these spills and releases occurred in warehouses or during transport. About 75% of them were due to human error.

Buy lye from Bulk Apothecary. We are one of the nation's largest manufacturers and suppliers of pure lye (sodium hydroxide). Also known as Caustic Soda, Lye is a product that is used in the creation of soap, detergent, paper, textiles and drinking water. It is a chemical base and comes packaged as a white solid.

Our pure sodium hydroxide lye has countless uses and meets Food Codex Specifications. Furthermore, we offer it for the absolute lowest prices online. If you find a better price on pure Sodium Hydroxide anywhere online, let us know and we will do our best to beat that price. *** This item can only ship UPS Ground or LTL due to item being a Hazardous Material. ***Due to the hazardous nature of this product an adult is required to sign for the package when it is delivered. *** Important Note: Please keep in mind that by pressing the order button below you are agreeing to the fact that you are over 18 years of age and are using this LYE for Soap Making or another legal use. We keep full records of where we sell our sodium hydroxide and cooperate completely with local and federal authorities when approached. Please also note that the information below is for research purposes only and we highly recommend that no one uses lye based on the information below. This product is very dangerous to work with and all proper precautions should be used before use. KEEP FAR AWAY FROM CHILDREN. LYE CAN CAUSE SEVERE CHEMICAL BURNS AND EVEN DEATH IF NOT HANDLED PROPERLY!

This product cannot be expedited and must be shipped via ground in accordance with the Department of Transportation. Corrosives (sodium hydroxide, potassium hydroxide) are considered a Class VIII Hazard and can be shipped via ground only.

Any person who uses products containing sodium hydroxide can be exposed. Sodium hydroxide may be used in industry and research. Sodium hydroxide is found in some household cleaners, such as drain cleaners, and oven cleaners. It is also used in preparation of homemade soaps, and to clean wood (such as decks) before painting.

Sodium hydroxide can cause serious burns. If it gets in the eyes it can cause blindness. While sodium hydroxide does not vaporize, if sodium hydroxide dust or powder is inhaled it can cause severe lung damage.

The Department of Health and Human Services (DHHS), the International Agency for Research on Cancer (IARC), and the U.S. Environmental Protection Agency (EPA) have not classified sodium hydroxide for carcinogenicity in humans.

Store products containing sodium hydroxide out of reach of children. Always follow the product directions when working with solutions of sodium hydroxide. Wear latex or nitrile gloves, and check them for holes. Wear long sleeves and pants to protect your skin, and remove clothes carefully if they get wet to avoid spreading the sodium hydroxide on your skin. If you get sodium hydroxide on your skin or in your eyes, wash well with water and seek medical help if irritation persists. If sodium hydroxide is swallowed, get emergency medical aid and do not induce vomiting.

Sodium hydroxide, lye, and caustic soda all refer to the same compound, NaOH, which is comprised of 3 single atoms: sodium, oxygen, and hydrogen. NaOH is often used to teach about pH in high schools and it can neutralize HCl. Using some simple supplies, you can make homemade NaOH for use in the lab, or just to impress your colleagues and students. Although NaOH can be made with or without electricity, this article shows how to make a small amount of it with electricity.

Sodium hydroxide is a highly corrosive base and alkali that decomposes proteins at ordinary ambient temperatures and may cause severe chemical burns. It is highly soluble in water, and readily absorbs moisture and carbon dioxide from the air. It forms a series of hydrates NaOHnH2O.[11] The monohydrate NaOHH2O crystallizes from water solutions between 12.3 and 61.8 C. The commercially available "sodium hydroxide" is often this monohydrate, and published data may refer to it instead of the anhydrous compound.

Pure sodium hydroxide is a colorless crystalline solid that melts at 318 C (604 F) without decomposition and with a boiling point of 1,388 C (2,530 F). It is highly soluble in water, with a lower solubility in polar solvents such as ethanol and methanol.[14] Sodium hydroxide is insoluble in ether and other non-polar solvents.

Similar to the hydration of sulfuric acid, dissolution of solid sodium hydroxide in water is a highly exothermic reaction[15] where a large amount of heat is liberated, posing a threat to safety through the possibility of splashing. The resulting solution is usually colorless and odorless. As with other alkaline solutions, it feels slippery with skin contact due to the process of saponification that occurs between NaOH and natural skin oils.

Concentrated (50%) aqueous solutions of sodium hydroxide have a characteristic viscosity, 78 mPas, that is much greater than that of water (1.0 mPas) and near that of olive oil (85 mPas) at room temperature. The viscosity of aqueous NaOH, as with any liquid chemical, is inversely related to its service temperature, i.e., its viscosity decreases as temperature increases, and vice versa. The viscosity of sodium hydroxide solutions plays a direct role in its application as well as its storage.[14]

NaOH and its monohydrate form orthorhombic crystals with the space groups Cmcm (oS8) and Pbca (oP24), respectively. The monohydrate cell dimensions are a = 1.1825, b = 0.6213, c = 0.6069 nm. The atoms are arranged in a hydrargillite-like layer structure, with each sodium atom surrounded by six oxygen atoms, three each from hydroxide ions and three from water molecules. The hydrogen atoms of the hydroxyls form strong bonds with oxygen atoms within each O layer. Adjacent O layers are held together by hydrogen bonds between water molecules.[21]

In 1986, an aluminium road tanker in the UK was mistakenly used to transport 25% sodium hydroxide solution,[23] causing pressurization of the contents and damage to the tanker. The pressurization was due to the hydrogen gas which is produced in the reaction between sodium hydroxide and aluminium:

Unlike sodium hydroxide, which is soluble, the hydroxides of most transition metals are insoluble, and therefore sodium hydroxide can be used to precipitate transition metal hydroxides. The following colours are observed:

Aluminium hydroxide is used as a gelatinous flocculant to filter out particulate matter in water treatment. Aluminium hydroxide is prepared at the treatment plant from aluminium sulfate by reacting it with sodium hydroxide or bicarbonate.

Sodium hydroxide can be used for the base-driven hydrolysis of esters (as in saponification), amides and alkyl halides.[14] However, the limited solubility of sodium hydroxide in organic solvents means that the more soluble potassium hydroxide (KOH) is often preferred. Touching a sodium hydroxide solution with bare hands, while not recommended, produces a slippery feeling. This happens because oils on the skin such as sebum are converted to soap.Despite solubility in propylene glycol it is unlikely to replace water in saponification due to propylene glycol's primary reaction with fat before reaction between sodium hydroxide and fat.

Sodium hydroxide is industrially produced as a 50% solution by variations of the electrolytic chloralkali process.[24] Chlorine gas is also produced in this process.[24] Solid sodium hydroxide is obtained from this solution by the evaporation of water. Solid sodium hydroxide is most commonly sold as flakes, prills, and cast blocks.[13]

In 2004, world production was estimated at 60 million dry tonnes of sodium hydroxide, and demand was estimated at 51 million tonnes.[13] In 1998, total world production was around 45 million tonnes. North America and Asia each contributed around 14 million tonnes, while Europe produced around 10 million tonnes. In the United States, the major producer of sodium hydroxide is Olin, which has annual production around 5.7 million tonnes from sites at Freeport, Texas, and Plaquemine, Louisiana, St Gabriel, Louisiana, McIntosh, Alabama, Charleston, Tennessee, Niagara Falls, New York, and Becancour, Canada. Other major US producers include Oxychem, Westlake, Shintek, and Formosa. All of these companies use the chloralkali process.[25] 041b061a72

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