The organic silicon defoamer produced by our company, also known as anti foaming agent, features easy dispersion, fast defoaming speed, long-lasting foam inhibition, and will not cause secondary pollution of water. Defoamers have strong anti foaming properties and do not affect various technical parameters of the system. Low dosage, high efficiency. Our company offers discounted prices for defoamers.

Divided by function:

1. Alkali resistant defoamer

Under high temperature and strong alkaline conditions, it can quickly defoam and persistently inhibit foaming. Good stability, low dosage, high efficiency, and no oil drifting; Widely used as a strong alkaline refining agent in the treatment of black liquor from papermaking and cooking, textile printing and dyeing industry, cleaning agent under strong alkaline conditions, and other high-temperature strong alkaline aqueous systems for defoaming.

2. Acid resistant defoamer

Composed of fatty acid esters and fatty amides, it is widely used in wet process phosphoric acid, titanium dioxide production, boric acid production, and other strong acid systems.

3. High viscosity foam defoamer

This product is a highly effective compound defoamer developed for the foam produced by paper-making black liquor, chemical beneficiation and special chemical reaction, which is characterized by high viscosity, fine foam, and great difficulty in eliminating.

4. Paint defoamer

It contains a variety of high-quality defoaming ingredients, so it has a wide range of applications. It is especially suitable for eliminating foam of styrene acrylic latex, ethylene propylene latex, pure acrylic latex, vinyl acetate latex and other systems.

5. Papermaking defoamer

It can effectively control the overflow of pulp and foam and improve the quality of paper making. Widely used for defoaming in papermaking systems, it can also be used for defoaming in papermaking wastewater treatment, antifreeze, and distillation systems.

6. Cement mortar defoamer

It can effectively control the generation of foam in the cement mortar system, making the concrete components more compact and bright.

7. Oilfield industry organic silicon defoamer:It can effectively control the production of internal foam in the process of oilfield industry and improve oil production efficiency.

8. Cleaning defoamer:It can effectively control the detergent to produce foam.

9. Cationic defoamer

It can effectively control the generation of foam containing cationic system, and is widely used in cationic rosin size and cationic detergent for papermaking, as well as in papermaking wastewater treatment, antifreeze, and defoaming of distillation system.
10. Efficient fermentation defoamer

Overcoming the shortcomings of poor high temperature resistance and short foam suppression time of ordinary organic silicon defoamers; The foam that rises and accumulates in the fermentation tank can be eliminated as quickly as polyether. At the same time, this product has the advantage of time foam suppression that polyether cannot compare with.

11. Water treatment defoamer

Organosilicon defoamers have strong defoaming and anti foaming functions for water-based foaming systems, with small addition amounts and relatively low usage costs, making them ideal defoamers for water-based systems.

Usage:Circulating water can be added to water in proportion, and can be added at the discharge inlet when discharging water. The dosage ranges from 0.5% to 0.1% per 100000.

Storage method of defoamer:This product is non-toxic and belongs to non flammable and non explosive materials. It should be stored in a cool, sheltered place and sealed. The storage period is 6 months, with no obvious layering. Storing for more than the best use period indicated on the label does not mean that the product cannot continue to be used.

Model YB-820 YB-820A

Appearance: Milky white oily liquid. Milky white oily liquid

PH value 6 ± 2 6 ± 2

Operating temperature: 0-130, 0-140

Active ingredient content ≥ 100% ≥ 20%

There are many types of defoamers, including organosiloxanes, polyethers, silicon and ether grafts, amines, imines, and amides. They have the characteristics of faster defoaming speed, longer foam suppression time, wider range of applicable media, and even harsh media environments such as high temperature, strong acid, and strong alkali.