Kiron Hydraulic Needs in India with March Pumps offers a wide range of Sodium Hydroxide Transfer Pump. March Pumps provides a Sodium Hydroxide Transfer Pump for applications ranging from 5 GPM to 200 GPM. Sodium Hydroxide Transfer Pump at room temperature, use a centrifugal sealless magnetic drive chemical pump built of Ryton and/or Polypropylene Plastic, with an encapsulated impeller, Teflon O-Ring, and a Carbon or Ryton/Teflon/Carbon bushing.
Sodium hydroxide, often known as caustic soda, is an important chemical used in many industries for pH adjustment, sodium salt manufacturing, and a variety of other purposes. Its transportation requires specialist equipment that can tolerate its caustic qualities.
The selection of the appropriate pump is critical for transporting sodium hydroxide solutions. March Pumps is a company specialising in the development, and manufacture, and Kiron Hydraulic Needs is the Indian partner for magnetic pumps, vertical pumps, centrifugal pumps, and chemical pump filters. Their product line includes magnetic pumps and chemical pump filters, with an annual output of up to 100,000 sets. They are used in a variety of industries, including PCB manufacturing, electroplating, coating, the semiconductor industry, chemical pharmaceuticals, food, exhaust gas, wastewater treatment, mining, and more.
Choosing a Sodium Hydroxide Transfer Pump
Sodium hydroxide, often known as lye or caustic soda, is an inorganic chemical having a strong metallic base. Caustic soda is available in granules, pellets, flakes, and solutions of various concentrations. Sodium Hydroxide may be heavy depending on its concentration and temperature. If the specific gravity exceeds 1.1, a trimmed impeller is strictly required to avoid disconnecting or overloading the motor.
Higher concentrations and temperatures of the chemical Sodium Hydroxide, combined or separately, may render the pumps described above ineffective. It is strongly advised that, regardless of temperature or concentration, you contact Kiron Hydraulic Needs directly to examine your application before obtaining a pump.
Chemical Pumps for Sodium Hydroxide
Sodium hydroxide, or NaOH, is a chemical that is employed in a variety of goods and industries. Sodium hydroxide is used in the creation of cleaning solutions and materials. Sodium hydroxide is poisonous, and like many other chemicals, it should be handled with caution.
It can be harmful if it comes into touch with exposed skin, for example. March Pump provides a wide range of Sodium Hydroxide Transfer Pump and has Indian Partner Kiron Hydraulic Needs it has a team of professionals who can assist clients in finding the ideal pump for their specific company or industrial issues. March Pumps designed to handle sodium hydroxide include the TE-6T-MD, the TE-7.5P-MD, and the 320-CP-MD, among others. Each of these pumps has unique specs, as well as a range of maximum flow rates and heads.
Given the complexities of sodium hydroxide and the variety of sectors in which it is used, March Pump recommends customers consult Kiron Hydraulic Needs with their experienced team before making an order. Handling such chemicals in a specific commercial or industrial setting necessitates the use of specialist chemical pumps, and Kiron Hydraulic Needs expertise can assist customers in selecting the best pump for their scenario and application.
What Industries and Applications Sodium Hydroxide Transfer Pump Handles
Sodium Hydroxide is commonly used as a strong base to dissolve in water and mix with an acid to form salts. It has several applications for PH management and the manufacture of various sodium salts. In a broader sense, it is utilized in numerous situations when the purpose is to raise the alkalinity of a mixture in order to neutralize an acid.
Some of the specialized applications of Sodium Hydroxide Transfer Pump:
Paper Industry: Chemical pulping is a vital stage in the process of making paper from wood. This phase, as well as others in the papermaking process, needs strong alkaline conditions with a pH of more than 10.5.
Food Industry: The food sector extensively uses sodium hydroxide for chemical peeling or washing vegetables and fruits. Caustic soda is also used to prepare cocoa beans. Some olive softening processes include the use of sodium hydroxide.
Cleaning Agent: Because sodium hydroxide can readily dissolve fats, oils, grease, and protein-based substances, it is frequently used as an industrial cleaning solution and is known as a “caustic”. One common way of employing sodium hydroxide is to boil it in a solution and then spray it with high pressure. Sodium hydroxide, in the form of a thick liquid gel or a dry crystal, is also used to unclog drains in homes.
PH Correction and Bleaching: Sodium hydroxide, often known as caustic soda, is essential in the manufacturing of paper pulp, textiles, and detergents, where it is used to adjust pH, bleach, and treat wastewater.
Heavy Industries and Utilities: Caustic soda is used in the processing of metals and glass goods for etching and surface polishing. It is used as a “scrubbing” agent in power plants that burn coal to remove acid gasses such as hydrochloric acid and sulfur dioxide.
Sodium Hydroxide Transfer Pumping Considerations
Caustic soda is a highly corrosive chemical that interacts with aluminium and carbon steel and can damage viton and fluorocarbon.
When thinking about a sodium hydroxide chemical pump, consider the following:
Contained Handling: Containment is strongly recommended to minimize workplace exposure to Sodium Hydroxide Transfer Pump leaks or chemical spills.
Dosing: Dosing is critical in operations such as water and sewage treatment to protect your pump from caustic soda’s corrosive effects.
Using Pumps Made of Protective Material: The PP pump head and complete PTFE membrane are exceptionally durable, ensuring that the dosing pump can perform its function effectively and for an extended period. Caustic soda is a highly corrosive substance that reacts with a variety of metals and alloys, including aluminium and carbon steel.
Pumping without leaks is especially important when working with high-concentration sodium hydroxide solutions. Caustic soda spills not only cause serious harm to people, but they may also ruin the greatest equipment. To circumvent this, a pump without mechanical seals, such as a mag drive kind, is preferred.
What materials can best handle Sodium Hydroxide
In most circumstances, when the concentration of sodium hydroxide is low, most metals, as well as polypropylene, PTFE, PVDF, and EPDM, can be employed. Special synthetic materials and alloys are necessary when dealing with caustic soda at extremely high concentrations.
Finding the right Sodium Hydroxide Transfer Pump
When selecting the best pump for a certain application, there are several factors to consider. These factors include compound concentration, operating temperatures, chemical gravity, and pump materials. March Pump offers a diverse selection of chemical industrial pumps to meet almost any need.
Why are Kiron Hydraulic Needs the Best Sodium Hydroxide Transfer Pump
At Kiron Hydraulic Needs, we stock a Sodium Hydroxide Transfer Pump that can survive the harsh circumstances that reactive chemicals like sodium hydroxide put them through. March Pump centrifugal sealless magnetic drive pumps, produced in the United States, use ryton and polypropylene plastic components to ensure the quality and longevity of your Sodium Hydroxide Transfer Pump.