Metalworking Fluid Additives
Siloxane ketone oligomer CSUM 8150
Siloxane ketone oligomer CSUM 8150 is a complex product of siloxane oligomer, also known as siloxane ketone, formed by hydrolysis and condensation of various special silanes. Mainly used for corrosion inhibition of aluminum in water-based environments, CSUM 8150 also offers outstanding corrosion inhibition for soldering tin, reducing its corrosion in water environments.
Product name: CSUM 8150
Chemical name: Siloxane ketone oligomer
Appearance: Colorless to yellowish clear liquid
Density (20℃, g/cm3): 1.158
Refractive Index (20 ℃): 36.5
pH（1% in water): 10.2
What is Siloxane ketone oligomer CSUM 8150?
CSUM 8150 is a complex product of siloxane oligomer, also known as siloxane ketone, formed by hydrolysis and condensation of various special silanes. It is a water-based aluminum corrosion inhibitor with exceptional performance and an affordable price. CSUM 8150 can be completely dissolved in water and is soluble in alcohol, acetone, as well as most aliphatic and ester groups. Mainly used for corrosion inhibition of aluminum in water-based environments, CSUM 8150 also offers outstanding corrosion inhibition for soldering tin, reducing its corrosion in water environments.
Features of Siloxane ketone oligomer CSUM 8150:
CSUM 8150 possesses several unique characteristics that contribute to its effectiveness as a corrosion inhibitor:
Compatibility with various alkaline aqueous environments: CSUM 8150 is suitable for a wide range of alkaline aqueous environments and demonstrates remarkable effectiveness in high pH conditions.
Low cost: The affordability of CSUM 8150 makes it an attractive option for various applications and industries requiring effective corrosion inhibition.
Requires regular replenishment: Due to its large consumption, CSUM 8150 necessitates regular replenishment at the groove edge to maintain its effectiveness.
Effective tin/zinc protection: When used at concentrations greater than 1%, CSUM 8150 provides highly effective corrosion protection for tin and zinc, further expanding its range of applications.
Functions of Siloxane ketone oligomer CSUM 8150:
As a versatile, water-based aluminum corrosion inhibitor, CSUM 8150 performs several critical functions:
Corrosion protection for aluminum: The primary function of CSUM 8150 is to provide corrosion protection for aluminum in water-based environments, preserving the integrity and durability of aluminum components.
Corrosion protection for tin and zinc: At concentrations greater than 1%, CSUM 8150 offers effective corrosion protection for tin and zinc, enhancing the versatility of the product for various applications.
Effective in high pH conditions: CSUM 8150 remains effective in high pH environments, making it suitable for use in various alkaline aqueous systems.
Compatibility with different solvents: Due to its solubility in water, alcohol, acetone, and a range of aliphatic and ester groups, CSUM 8150 is compatible with various solvent systems, increasing its applicability across diverse industries.
Applications of Siloxane ketone oligomer CSUM 8150:
CSUM 8150 is applicable to a wide range of uses across multiple industries, particularly those that rely on water-based systems and require corrosion protection for aluminum and other metals:
Water treatment: CSUM 8150 can be employed in water treatment formulations to protect aluminum, tin, and zinc components in water-based systems, ensuring longevity and reducing maintenance costs.
Metalworking fluids: In metalworking processes, CSUM 8150 can be added to metalworking fluids to protect aluminum components from corrosion, preserving the life of tools and machinery.
Soldering processes: CSUM 8150 can be used as a corrosion inhibitor for soldering tin in water environments, ensuring the integrity and durability of solder joints.
Paints and coatings: The inclusion of CSUM 8150 in paints and coatings enhances protection against corrosion for aluminum, tin, and zinc surfaces in various applications, such as automotive, aerospace, and maritime industries.
Price of Siloxane ketone oligomer CSUM 8150:
The price of CSUM 8150 may vary depending on several factors, such as the manufacturer, the quantity required, and market fluctuations. To obtain accurate pricing information, it is recommended that buyers contact suppliers or manufacturers in their region or industry, providing details about their specific requirements and intended applications.
If you are looking for Siloxane ketone oligomer CSUM 8150 or want to know more about the technical information, please feel free to contact UNPChemicals.
Chemical property of Siloxane ketone oligomer CSUM 8150:
Description | Siloxane ketone oligomer 8150 is a complex product of siloxane oligomer, also known as siloxane ketone, which is formed by hydrolysis and condensation of various special silanes. It is a water-based aluminum corrosion inhibitor with excellent performance and low price. It can be completely dissolved in water, soluble in alcohol, acetone, most aliphatic groups and esters. It is mainly used for corrosion inhibition of aluminum in water-based environment, and has a very good corrosion inhibition function for soldering tin, which can reduce the corrosion of soldering tin in water environment. |
Chemical name | Siloxane ketone oligomer |
Application field | Widely used in water-based cleaning agents, metalworking fluids (emulsions and synthetic fluids), etc. |
Treat level | With lubricant; Recommended dosage: 0.5～2%, tank-side addition of metal working solutions: 0.3~0.5%. |
Highlights | Suitable for various alkaline aqueous environments, with remarkable effect at high pH value; low price. The consumption is large and needs to be replenished regularly at the groove edge. The protection of tin/zinc is very effective when the concentration is greater than 1%. |
Technical parameters of Siloxane ketone oligomer CSUM 8150:
Item | Specification |
Appearance | Yellow clear liquid |
Density (20℃,g/cm3) | 1.158 |
pH value (1% in water) | 36.5 |
Sulphur content (%) | 10.2 |
Packaging | 25kgs or 200kgs / Plastic drum (Net weight) |
Storage information | For more information, please refer to the relevant MSDS. |
