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CasNo: 9003-11-6
MF: HO.(C2H4O)m.(C3H6O)n.H
Appearance: liquid
Packing: 200kg/drum
Purity: 99%
I. Basic Information
II. Core Features
Multifunctional SynergyIt has multiple functions such as detergent cleaning, wetting, emulsifying, defoaming, and lubricating. In detergent formulations, it can effectively reduce the surface tension of water, enhance the wetting and penetration ability of the detergent to oil stains, make the oil stains quickly detach from the surface of the washed object, and at the same time play a defoaming role to avoid excessive foam generated during the washing process affecting the washing effect and efficiency; in emulsification systems, it can be used as an emulsifier to help the incompatible oil phase and water phase form a stable emulsion structure.
Efficient Defoaming and Foam InhibitionIn various systems prone to foam generation, such as industrial cleaning, textile printing and dyeing, papermaking, etc., EO - PO - EO type block polyether can quickly diffuse to the foam surface, destroy the surface tension balance of the foam, and make the foam break quickly. Moreover, it can form an extremely thin protective film in the system to continuously inhibit the generation of new foam, with long - term foam inhibition performance, which can significantly reduce production interruptions and product quality defects caused by foam problems.
Good Chemical Stability and CompatibilityIt can maintain stable performance within a wide temperature range (- 20℃ - 120℃) and pH range (pH 2 - 12), and is not easy to decompose or deteriorate. It has good compatibility with various surfactants, additives, solvents, etc., and can be added without changing the stability of the original formula system, which is convenient for users to flexibly adjust the formula according to different needs.
Low - Foam and Environmental ProtectionCompared with traditional defoamers, Basorol L101 generates very little foam while playing a defoaming role, reducing the problem of secondary foam. In addition, the product has good biodegradability, meets environmental protection requirements, and will not cause serious pollution to the environment after use. It is suitable for industrial production and civil fields with higher environmental protection requirements.
III. Application Fields
| Application Scenarios | Specific Role Description |
|---|---|
| Industrial Cleaning | It is used in scenarios such as metal parts cleaning and mechanical equipment cleaning. It can quickly remove dirt such as oil stains and dust, and effectively inhibit the foam generated during the cleaning process, avoiding foam overflow from affecting the normal operation of cleaning equipment, improving cleaning efficiency and quality, and has a certain lubricating and protective effect on the surface of the cleaned objects. |
| Textile Printing and Dyeing | In the dyeing, printing, and finishing processes of textile printing and dyeing, it can eliminate the foam generated by stirring, additive addition, etc., prevent printing defects such as color flowers and color spots caused by foam, ensure uniform dyeing and bright color of fabrics, and at the same time enhance the wetting and penetration effect of dyes and additives on fabrics, improving the printing and dyeing effect and product quality. |
| Papermaking Industry | It is used in the pulping and papermaking processes of papermaking. During pulping, it can eliminate the foam generated by fiber dispersion and chemical addition, making the pulp more uniform and stable; during papermaking, it can effectively inhibit foam and prevent quality problems such as holes and spots formed by foam on the paper surface, improving the smoothness and strength of the paper. |
| Daily Chemical Washing | It can be added to daily chemical washing products such as dishwashing liquid, laundry detergent, and hand sanitizer. It can not only enhance the decontamination ability of the product, but also control the amount of foam during use, making the washing process smoother, and has low irritation to the skin, meeting the mildness requirements of daily chemical products. |
IV. Usage Recommendations
Addition TimingDuring the system preparation process, it can be added at the initial or middle stage of stirring to ensure that it can be evenly dispersed into the system. For systems that have already generated a large amount of foam, Basorol L101 can be directly diluted and sprayed on the foam surface to quickly eliminate the foam, and then an appropriate amount of defoamer can be added according to the actual situation to maintain the foam inhibition effect.
Recommended DosageThe general addition amount is 0.05% - 0.5% of the system mass. The specific dosage needs to be determined by experiments according to factors such as application scenarios, system components, and the severity of foam. For example, in industrial cleaning, if the foam problem is mild, the addition amount can be controlled at 0.05% - 0.1%; if there is more foam, it can be appropriately increased to 0.3% - 0.5%.
Operation PrecautionsWhen using, it is recommended to dilute Basorol L101 with an appropriate amount of water or the solvent of the corresponding system before adding. The dilution ratio can be adjusted between 1:5 - 1:10 according to the actual situation to improve its dispersibility. Avoid direct contact with strong oxidants, strong acids, strong alkalis, etc., so as not to cause chemical reactions and affect product performance.
V. Storage and Safety