| Post Date: | Jan 09,2022 |
| Expiry Date: | Jul 08,2022 |
| Detailed Description: |
Product Name: Silicone Defoamer Item No.: SilibaseAG-S1830 Physical Features: ● Composed of polysiloxane, emulsifier, stabilizer etc. ● Can keep good defoam and inhibit foam ability in low concentration. ● Long lasting inhibits foaming, high efficiency. ● Easy disperse in water Product Data: ● Appearance: White emulsion liquid ● PH: 6 ~ 8 ● Solid content: 30% ● Stability (2000r/20min): No delamination, No precipitation ● Ion type: Nonionic Applications of SilibaseAG-S1830 Silicone Defoamer: ● Chemical cleaning. ● Water treatment ● Mud in exploration in petroleum. Use Method: ● Antifoam has good defoam and antifoam functions. Can add when foam coming out or add in products as foam suppression component. According to different using systems, defoamer dosage range is 10-1000ppm. Best dosage needs to test in using system. ● It can be used directly as well as after dilution. If can stir and disperse enough in foaming system, can add directly. If need dilute, please according to dilution methods, do not dilute with water directly, or will layered, emulsion breaking etc. and affect products quality. Packing and Store: ● 25kgs, 50kgs or 200kgs plastic barrel etc. can be customized. ● Suitable store in 10~30℃, Do not close to heat sources or expose to the sun. Do not add acid, alkali etc. materials into the products. Seal up then not in use, avoid pollution of harmful bacteria. If have layered after long time store, Stir evenly before use. Will frozen in lower 0℃, Melt and stir evenly before use. Shelf life is 6 months. It can be stored as common chemicals. SilibaseAG-S1830 Silicone Defoamer is an excellent candidate to consider for general-purpose industrial emulsion to success-fully suppress or prevent foam in a diversity of applications. Extremely stable and easy to handle, SilibaseAG-S1830 Silicone Defoamer shines in applications requiring excellent durability in alkaline systems-yet it also typically puts in, a superior performance under neutral or acidic conditions. It is one of the most economical ways available today to control foam and help you maximize production capacity or develop foam-free formulations. |
