SUNY SY-4330
DEFOAMER ANTIFOAM COMPOUND FOR
WASTEWATER TREATMENT
ITEM NO.: SY-4330
Applications: Wastewater treatment in pulp & paper process
Product Description
SUNY SY-4330 is kind of defoamer compound, designed to control foam created in the process of wastewater treatment in papermaking, pulping. With proper dosage, it suppresses foam efficiently while removing them.
KEY FEATURES & BENEFITS
- Distroy foam internally
- Suppress foams efficientlly while removing them
Product Parameters
| Appearance |
White emulsion |
| Active content (%) |
≥10 |
| pH Value(25ºC) |
6.0~8.0 |
| Density (g/cm3, 25ºC) |
1.0±0.1 |
| Viscosity (mPa·s,25ºC) |
500~3000 |
(Remark: The above data are for your reference only. They are not served as technical standards)
HOW TO USE
SUNY SY-4330 defoamer is added with metering pump constantly or periodically. As usual, the add amount is about 300~1000g/ton. However, the final add amount is determined by test result.
PACKAGE & STORAGE
It is negotiable for package. As usual, pack in PE barrel of 200kg, or IBC tank. With sealed, keep it under room temperature. Avoid to being exposed to the environment where is extreme cold or hot. The shelf life lasts for six months.
USE FOR SAFETY
Avoid contacting eyes or respiratory system. In case it happens, wash out with a plenty of clean water. Consult a doctor once the syndrome develops.
Company Profile
WHO WE ARE
Founded in 1997, Xi'an Suny New Materials Co., Ltd. is specialized in the developing & manufacturing of defoamers antifoam, bactericide. Its full name was Xi'an Suny Fine Chemicals Co., Ltd, when it was founded. SUNY CHEMICALS is its registered trademark (The certificate No.:4239007) in the domestic market. SUNY's product is extensively used in the process of papermaking, pulping, wastewater treatment, exploitation of oil & gas, and bio-fermentation. The headquarter locates in the very heart of High Technology Industries Development Zone of Xi'an.
SUNY devotes itself to providing creative, efficient solutions to all the requirements of defoaming & antifoam at less cost as possible. It believes in the corporate philosophy of " There is No Enemy in the World of Business ". And it adheres to the principle of "To be specialized, dedicated, entrepreneurial." Over the past decades, SUNY has partnered hundreds of paper & pulp mills, petrochemical plants, helping best meet with their challenges. It has earned good reputation among its customers both in the domestic and abroad. SUNY has approved with ISO9001: 2015, ISO14001: 2015, ISO45001: 2018, FDA, HALAL respectively.
OUR ADVANTAGES
26 YEARS IN THE DEVELOPING & MANUFACTURING OF DEFOAMERS ANTIFOAMERS
THE WINNER OF PROVINCIAL AWARD IN SCIENCE TECHNOLOGY
THE HOLDER OF NATIONAL PATENT OF TERPOLYMER DEFOAMER
FAQ
1. Are you a manufacturer or trader?
A sophisticated manufacturer. We also run a trading company to expand our business range.
2. Do you supply sample for free?
Yes. We offer sample free of charge for test. However, the freight is taken into the buyers' account.
3. How long to get sample ready?
As long the application condition is clear, we get sample ready in three days.
4. Is tailored service available?
Yes. We have many proven solutions in the industry of papermaking, wastewater treatment, exploitation of oil & gas.
5. Do you attend some exhibitions?
We participate in ICIF China, CIPTE, Paper Chain Indonesia every year.
PULPING
Pulping is the first step in the papermaking process, with the purpose of producing a clean fiber suspension that can be pumped forward in the process. Fibers from virgin pulp, recovered paper or paper machine broke are mixed, i.e., pulped, with water to form a suspension inside the pulper. The optimal pulping technology is selected depending on the type of furnish, production output and the contaminants in the furnish. Pulping systems for recovered paper not only disintegrate the paper and board into single fibers but also remove large non-fiber components (rejects), such as plastics or glass.
In order to avoid breaking the rejects into too small pieces, it is important for the pulping process to find a balance between the main parameters, such as pulping consistency, temperature, retention time and chemical additives. A low amount of rejects in the pulp makes the downstream process easier and more efficient to operate.
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