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2-Bromopropane 99% CAS:75-26-3 - China Suppliers & Factory for Quality Chemical Supply
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2-Bromopropane 99% CAS:75-26-3 - China Suppliers & Factory for Quality Chemical Supply

Chemical Name: 2-Bromopropane

Molecular Formula: (CH3)2CHBr

CAS: 75-26-3

MW: 122.99

Explore high-quality 2-Bromopropane from trusted suppliers in China. With a reliable factory producing this chemical, we ensure that our products meet rigorous standards for purity and safety. Our 2-Bromopropane, also known by its molecular formula (CH3)2CHBr and CAS number 75-26-3, is ideal for various applications in the chemical industry. Choose our products for competitive pricing and exceptional service.

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    Application

    It migrates quickly, reduces dynamic surface tension and static surface tension, defoams and inhibits foam, has low water sensitivity, can wet a variety of substrates, does not form micelles, has good thermal stability, and has good acid-base stability. Wetting water-based systems have higher surface tension than solvent systems and need to add surfactants to improve wettability. However, traditional wetting agents will cause foam and stabilizing foam. If defoamers are added, poor wetting problems such as pinholes will reappear.

    Dynamic Wetting & Foam Suppression

    It can avoid these problems. The performance is significantly better than traditional surfactants, and it can provide extremely low surface tension and foam suppression under dynamic conditions.

    Symmetrical Molecular Structure

    Due to its unique molecular structure, defoaming the item series surfactants are a good symmetrical non-ionic defoaming agent.

    Temperature Stability & No Cloud Point

    The surfactant has no cloud point and can have long-lasting defoaming properties in a wide temperature range. Water sensitivity Many surfactants cause water sensitivity problems on the coated surface after drying.

    Eliminating Coating Defects

    Highly hydrophilic surfactants such as anionic (dioctyl sulfosuccinate sodium salt) or polyethoxylated surfactants are easily re-dissolved in water, causing surface defects in the dried coating, such as stickiness, hair Whiteness, fogging, and poor water resistance.

    Frequently Asked Questions (FAQ)

    Q: How does this surfactant solve the wetting and foaming trade-off in water-based systems?

    Traditional wetting agents often stabilize foam, and adding conventional defoamers can cause pinholes and poor wetting. This surfactant provides extremely low dynamic and static surface tension along with foam suppression, preventing pinholes and wetting defects.

    Q: What are the benefits of its symmetrical non-ionic molecular structure?

    The unique symmetrical non-ionic molecular structure allows it to act as an effective defoaming agent without micelle formation, ensuring rapid migration and superior dynamic performance.

    Q: Does the surfactant perform well under wide temperature ranges?

    Yes. The surfactant has no cloud point and maintains durable defoaming properties across broad temperature ranges while providing excellent thermal and acid-base stability.

    Q: Why is low water sensitivity crucial for dried coatings?

    Highly hydrophilic surfactants can easily re-dissolve in water after drying, leading to film defects such as stickiness, hazing/whiteness, fogging, and poor water resistance. Low water sensitivity avoids these coating defects.

    Q: Which substrates can this product wet effectively?

    Owing to its rapid migration rate and ability to significantly lower dynamic and static surface tension, it can wet a wide variety of substrates in water-based formulations without compromising surface finish.

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    Application

    It migrates quickly, reduces dynamic surface tension and static surface tension, defoams and inhibits foam, has low water sensitivity, can wet a variety of substrates, does not form micelles, has good thermal stability, and has good acid-base stability. Wetting water-based systems have higher surface tension than solvent systems and need to add surfactants to improve wettability. However, traditional wetting agents will cause foam and stabilizing foam. If defoamers are added, poor wetting problems such as pinholes will reappear.

    It can avoid these problems. The performance is significantly better than traditional surfactants, and it can provide extremely low surface tension and foam suppression under dynamic conditions.

    Due to its unique molecular structure, defoaming the item series surfactants are a good symmetrical non-ionic defoaming agent.

    The surfactant has no cloud point and can have long-lasting defoaming properties in a wide temperature range. Water sensitivity Many surfactants cause water sensitivity problems on the coated surface after drying.

    Highly hydrophilic surfactants such as anionic (dioctyl sulfosuccinate sodium salt) or polyethoxylated surfactants are easily re-dissolved in water, causing surface defects in the dried coating, such as stickiness, hair Whiteness, fogging, and poor water resistance.

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    Usage Notice

    It is recommended to add emulsion or resin and other surfactants first,then add 2,4,7,9-Tetramethyl-5-decyne-4,7-diol series surfactants.This ensures maximum dispersion into the system, requiring thorough dispersion for 15-30 minutes. Some 2,4,7,9-Tetramethyl-5-decyne-4,7-diol series surfactants may crystallize during transportation or storage at extremely low temperatures; gentle heating during slight dispersion can restore them well.

    Recommended Addition level USE :

    Aqueous coating: 0.1%—3.0%

    Aqueous pressure sensitive adhesives: 0.1%—1.0%

    Fountain solution: 0.1%—1.0%

    Jet ink: 0.1%—1.0%

    The above data is the empirical amount, and the optimal dosage is determined by a series of tests

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    Application Guidelines

    Advantages:

    Spread rapidly,reducing dynamic and static surface tension, defoaming, and antifoaming, low water sensitivity, wetting various substrates without forming micelles.good thermal stability and acid-alkali resistance.

    Wetting:

    Water-based systems have higher surface tension than solvent systems,and it is necessary to add a surfactant to improve the wettability.Traditional wetting agents often cause foam and stability issues. The series products can overcome these problems, offering superior performance in providing low surface tension and defoaming even under dynamic conditions.

    Defoaming:

    The series surfactants, with their unique molecular structure, act as excellent symmetric non-ionic defoaming agents. They exhibit persistent defoaming properties over a wide temperature range without clouding point.

    Water Sensitivity:

    Many surfactants cause water sensitivity issues on dried coating surface. Highly hydrophilic surfactants such as anionic (dioctyl sulfosuccinate) or polyethoxylate surfactants are easily resolubilize in water, causing surface defects in dried coatings such as stickiness and whitening, atomization, and poor water resistance.

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    Specification

    Item

    Value

    Chroma/degree

    ≤100

    TMDD content/%

    47.5 - 52.5

    Ethylene glycol content/%

    47.5 - 52.5

    Static surface tension/mN/m

    29 - 30