Polyol Phosphate Ester is a high-performance lubricant base stock with a unique set of properties that allow it to excel in a variety of applications. The following are some of the distinguishing features of Polyester Phosphate Ester:

1. High temperature stability: polyester phosphate esters exhibit excellent stability at high temperatures and are suitable for use in high temperature operating environments such as aircraft turbine engines and high temperature gas turbines.
2. oxidative stability: these esters have good oxidative stability, and can resist decomposition at high temperatures and in an aerobic environment, extending the service life of the lubricant.
3. Low temperature fluidity: polyester phosphates maintain good fluidity at low temperatures, meaning they can be used in extreme low temperature environments without losing their lubricating properties.
4. High Viscosity Index: Polyester phosphates have a high viscosity index, which means that their viscosity varies little with temperature, providing consistent lubrication over a wide range of temperatures.
5. Extreme Pressure and Anti-Wear Properties: Polyester phosphates have good extreme pressure (EP) and anti-wear (AW) properties, which are effective in reducing wear on metal contact surfaces and preventing metal sticking under extreme conditions.
6. Frictional properties: Due to the polarity of the ester molecule, polyester phosphates are able to reduce friction by adsorbing onto metal surfaces through van der Waals forces or chemical bonding.
7. Environmental friendliness: many polyester phosphate esters have good biodegradability, low impact on the environment, in line with modern environmental requirements.
8. Chemically stable: polyester phosphates have good resistance to hydrolysis, which means they retain their properties in wet environments.
9. Synthesisability: polyester phosphates can be synthesised by esterification, using penta-polyethylene glycol, di-penta-polyethylene glycol and a variety of mono-saturated C5-C10 fatty acid blends as raw materials.
10. Versatility: Polyester phosphates can be modified by changing the molecular structure to tailor their properties to meet the needs of specific applications.

These properties have led to a wide range of applications for polyester phosphate esters in aerospace, automotive, industrial machinery, hydraulic systems and lubricants. For example, MIL-PRF-23699G Enhanced Ester (EE) aviation turbine engine lubricants are based on polyester phosphate esters and require specific viscosity characteristics and very low pour points to ensure performance at extreme temperatures. In addition, polyester phosphate esters are used to develop environmentally friendly/biodegradable lubricants that have a low environmental impact.

The specific applications of ATMP-N-Oxide (Nitrogen Oxide of Amino Trimethylene Phosphonic Acid, Pentapotassium Salt) in industrial detergents mainly include the following aspects:

1. scale inhibitor: ATMP-N-Oxide can form stable complexes with metal ions in water due to its excellent chelating property, thus inhibiting scale formation by scale-forming salts in water, and it is commonly used in open circulating cooling water system and scale inhibition of boiler water.
2. Metal cleaning agent: ATMP-N-Oxide can remove oil and grease on metal surface, so it can be used as metal cleaning agent to clean metal surface effectively.
3. Detergent additives: Due to its property of chelating metal ions, ATMP-N-Oxide can be used as an additive in detergents to improve the detergent effect.
4. Masking agent for metal ions: During the washing process, ATMP-N-Oxide can be used as a masking agent for metal ions, preventing the metal ions from reacting with other components in the detergent, thus improving the performance of the detergent.
5. Additive for cyanide-free plating: ATMP-N-Oxide is used as an additive in cyanide-free plating process, which helps to improve the performance of plating solution and plating effect.
6. Extractant for precious metals: ATMP-N-Oxide can also be used as an extractant in the extraction process of precious metals.
7. Chlorine-stabilized phosphonate: ATMP-N-Oxide, as a chlorine-stabilized phosphonate, has superior stability in the presence of chlorine, which makes it perform well in industrial detergents, especially where chlorine is required as a disinfectant.
8. Swimming pool water treatment: ATMP-N-Oxide can also be used in swimming pool water treatment as an effective mild scale inhibitor to prevent scaling problems in swimming pool systems.

These applications demonstrate the versatility and efficiency of ATMP-N-Oxide in industrial detergents, an important chemical component in industrial and commercial cleaning processes.

ATMP-N-Oxide (Nitrogen Oxide of Amino Trimethylene Phosphonic Acid, Pentapotassium Salt) can be useful in the following fields in addition to its application in industrial detergents:

1. Water treatment: As a water treatment agent, ATMP-N-Oxide has good chelating, low-limit inhibition and lattice distortion effects, which can prevent scale-forming salts in water from forming scale, and it is especially suitable for the inhibition of calcium carbonate scale. It is used in circulating cooling water of thermal power plants, oil refineries, oilfield refill water systems to reduce corrosion and scaling of metal equipment or pipelines .
2. Textile and printing and dyeing industry: ATMP-N-Oxide is used as metal ion chelating agent, also can be used as metal surface treatment agent, due to its high purity, especially suitable for winter cold area.
3. Swimming pool water treatment: ATMP-N-Oxide is used as a mild scale inhibitor in swimming pool water treatment to prevent scaling problems and has superior chlorine stability.
4. Disinfectants: Due to its stability and chelating ability, ATMP-N-Oxide can be used in disinfectant formulations, especially in applications where hardening of water and scaling of equipment needs to be prevented .
5. Cyanide-free plating additives: ATMP-N-Oxide is used as an additive in cyanide-free plating processes to enhance the performance of electrolytes and plating results.
6. Extractant for precious metals: ATMP-N-Oxide can be used as extractant in the extraction and refining process of precious metals.
7. Industrial circulating cool water system: ATMP-N-Oxide is compounded with other organic phosphonic acids, polycarboxylic acids or salts to form an organic alkaline water treatment agent, which can be used in circulating cool water systems under different water quality conditions.

These applications demonstrate the versatility of ATMP-N-Oxide and its usefulness in different industrial processes.

The specific applications of ATMP-N-Oxide (Nitrogen Oxide of Amino Trimethylene Phosphonic Acid, Pentapotassium Salt) in industrial detergents mainly include the following aspects:

1. scale inhibitor: N-oxide, Pentapotassium Salt of Amino Trimethylene Phosphonic Acid can form stable complexes with metal ions in water due to its excellent chelating property, thus inhibiting scale formation by scale-forming salts in water, and it is commonly used in open circulating cooling water systa and scale inhibition of boiler water.
2. Metal cleaning agent: ATMP-N-Oxide can raove oil and grease on metal surface, so it can be used as metal cleaning agent to clean metal surface effectively.
3. Detergent additives: Due to its property of chelating metal ions, ATMP-N-Oxide can be used as an additive in detergents to improve the detergent effect.
4. Masking agent for metal ions: During the washing process, ATMP-N-Oxide can be used as a masking agent for metal ions, preventing the metal ions from reacting with other components in the detergent, thus improving the performance of the detergent.
5. Additive for cyanide-free plating: ATMP-N-Oxide is used as an additive in cyanide-free plating process, which helps to improve the performance of plating solution and plating effect.
6. Extractant for precious metals: ATMP-N-Oxide can also be used as an extractant in the extraction process of precious metals.
7. Chlorine-stabilized phosphonate: ATMP-N-Oxide, as a chlorine-stabilized phosphonate, has superior stability in the presence of chlorine, which makes it perform well in industrial detergents, especially where chlorine is required as a disinfectant.
8. Swimming pool water treatment: ATMP-N-Oxide can also be used in swimming pool water treatment as an effective mild scale inhibitor to prevent scaling problas in swimming pool systas.

These applications daonstrate the versatility and efficiency of ATMP-N-Oxide in industrial detergents, an important chaical component in industrial and commercial cleaning processes.
learn more about N-oxide, Pentapotassium Salt of Amino Trimethylene Phosphonic Acid:https://www.kairuiwater.com/atmp-n-oxide.htm

Important measures to ensure operator safety when using HEDP 4na (tetrasodium hydroxyethylidene diphosphonate) cleaner include:

1. Knowledge of product information: Operators should be fully informed about the chemical properties of HEDP tetrasodium, possible health risks, and appropriate safety measures.
2. Wear personal protective equipment:
3. Protective Clothing: Wear appropriate protective clothing to prevent contact of HEDP tetrasodium with skin.
4. Goggles or face shield: Use to prevent splashing of liquid in the eyes.
5. Gloves: Use chemical-resistant gloves to prevent the chemical from penetrating the skin.
6. Mask or respirator: Use in poorly ventilated environments to prevent inhalation of vapors or dust.
7. Use safe handling procedures: Follow the instructions on the manufacturer's product safety data sheet (MSDS) or MSDS.
8. Ventilation: Maintain good ventilation in the operating area to minimize the accumulation of vapors or dust.
9. Avoid Contact: Avoid direct contact between Tetrasodium HEDP and skin and eyes. In the event of contact, immediately flush the affected area with copious amounts of water for at least 15 minutes and seek medical assistance.
10. Emergency Preparedness: Prepare emergency equipment such as eyewash stations, safety showers, and first aid kits, and ensure that operators know how to use them.
11. Training: Provide appropriate training to operators to ensure they understand how to safely handle and use HEDP tetrasodium.
12. Storage safety: Ensure that HEDP tetrasodium is stored in accordance with safety regulations and away from food, beverages and personal items.
13. Labeling and warnings: Ensure that all containers of HEDP tetrasodium are clearly labeled and have appropriate safety warnings.
14. Waste Disposal: Dispose of used HEDP tetrasodium salt and cleaning agents in accordance with local regulations and manufacturer's instructions.
15. Avoid Ingestion: Ensure that operators do not ingest HEDP tetrasodium and avoid eating, drinking or smoking in the operating area.

By taking these precautions, the health risks to operators when handling HEDP tetrasodium detergent can be minimized.
related products:hedp hedp2na hedp4na