จำหน่าย Defoamer agent, Anti-Foam Agent, สารเคมีลดฟอง, สารเคมี ดับฟอง -- ราคาถูกที่สุด ....
MAXZA H30 - ขายปลีกและขายส่ง -- 80 - 85 บาท / kg
MAXZA H74 | Defoamer , Anti-Foam Dosage | ปริมาณการใช้ : 5 - 10 ppm ของปริมาณน้ำในบ่อ หรือ น้ำเข้าระบบบ่อ
MAXZA H74 - ขายปลีกและขายส่ง -- 80 - 85 บาท / kg
ติดต่อสอบถามรายละเอียด : คุณมานพ 099-351-6998
E-mail : manop.service@gmail.com
MAXZA H74 เป็น defoamer additive และเป็น anti-foaming agent ที่สามารถควบคุมฟองจากน้ำทิ้งจากการใช้งาน เช่น บ้านเรือน, โรงงาน, โรงแรม และกระบวนการผลิตต่าง ๆ ได้ เช่น กระบวนการผลิตกระดาษ, กระบวนการผลิตย้อมผ้า, กระบวนการผลิตอาหาร MAXZA H74 Silicon Defoamer agent is a chemical additive that reduces and prevents the formation of foam in liquids industrial processes. The anti-foam terms and anti-foaming agent are often used interchangeably. An anti-foaming agent is usually used in industrial processes to increase production speed and reduce other problems. A wide variety of chemical formulas is available to promote the coalescence of the foam.
ลักษณะการ MAXZA H74 Defoamer Antifoam จะเป็นไม่ละลายในน้ำ insoluble substance จะเข้าไม่เแทกระหส่างชั้นผวของฟอง surface active properties, คุณสมบัติ Silicon Defoamer agent จะมีค่า low viscosity มีความหนืดน้อย สามารถกระจายตัวได้ดี spread quickly in the foamed surface.
ชนิดของ Defoamer agent, Anti-Foam , สารเคมีลดฟอง สารดับฟอง :
- Defoamers based on oil - Anti-foaming oil-based have a carrier oil. The oil may be mineral oil, vegetable oil, white oil or any oil which is insoluble in the middle of the foam, except silicone oil. An anti-foaming oil-based also contains a wax and / or hydrophobic silica to improve performance.
- Antifoam powders are oil-based supplies with a carrier such as silica. These products are added to powders such as cement, gypsum and detergents.
- Anti-sparkling water based are different types of oils and waxes dispersed in a water base. White oils are generally oils or vegetable oils and waxes are long chain fatty alcohols, fatty acids or esters. These supplies are usually better than deaerators agents, which means that they are the best in the release of air.
Silicon base Defoamers , anti foam on silicone have a silicone defoamer compound as the active component. Can be as an oil or an emulsion water-based. The silicone defoamer compound is formed by hydrophobic silica dispersed in a silicone oil. Since the emulsifiers are added to ensure that the silicone is spread quickly and in the middle of foaming. The silicon anti-foam compound may also contain glycols modified silicone and silicone fluid.
- Anti-foaming silicone are also suitable for non-aqueous foaming systems, such as crude oil and refined petroleum products.
- The antifoam based EO / PO copolymers contain polyethylene glycol and polypropylene glycol. They are delivered as oils, water solutions, emulsions or water-based. The EO / PO copolymers typically have good dispersion properties and are often well suited when the foam deposit formation problems are a problem.
- The antifoam alkyl polyacrylates are suitable for use in nonaqueous systems, where the air release is more important than the collapse of the foam surface. These defoamers are often delivered in a solvent such as petroleum distillate carrier.
ติดต่อสอบถามรายละเอียด : คุณมานพ 099-351-6998
E-mail : manop.service@gmail.com
Silicone for defoamer agent are organic polymers contain no carbon atoms in its backbone to became high performance Defoamer for waste water plant.
The chain is alternately by silicon atoms and oxygen. The proper name for silicones is "Polysiloxane" because despite having found that in their main chain had groups "silicone" as they were known by that name and so they left. There are three basic properties that characterize them: lubricity, gloss and formation of hydrophobic films. In addition to providing emolliency and solubilizing capacity because of silicones represent a complete world in cosmetics, especially shampoos, deodorants and creams and lotions of all kinds.
They help increase extensibility, improve combability and protect against external atmospheric agents in some cases they act as Silicon defoamer agent. Particularly, silicone antifoams, prevent, suppress and control the formation of unwanted and costly in industrial chemical processes foam. The mechanism by which distribute and control the foam is very complex, it is known that the effectiveness of the defoamer depends on:
* Have a lower surface tension than the foaming medium
* That is dispersed in the foaming medium
* It must be compatible and stable with foaming antifoam to select the appropriate medium, it must take into account: the medium to be treated (aqueous, nonaqueous or solvent), the amount of foam required to control or eliminate.
High-quality silicone defoamers agent addition to the silicone antifoam, the company offers antifoam powder, defoamer oils, anti-foaming for agrochemicals, antifoam for the paper industry, defoamer for latex paints and defoamer for effluent treatment. During the production and application of paints the foaming is an undesired side effect caused increased production time hinders the filling of containers with the right amount of product and causes surface defects such as craters and fracture zones in the dry film. In pure liquids they are not stable foams. The foams are stable only in systems containing substances that act as surfactants such is the case of moisturizers or certain additives to control the surface necessary agents to improve important properties of the paint. See "Dispersing Technology" and "Control Surface". All these surfactants have in common their ability to migrate to the air / liquid paint, thereby reducing the surface tension.
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