Paper Slimicides

Paper Chemical Slimicide

Exclusively made for the paper industry Ruptures all slime colonies Equally effective for Acidic and Alkaline media Effective over broad spectrum AQUAQUEST CWT-1220 is a unique blend thiocyanate compounds and, powerful dispersants stabilizers to given a synergistic effects for controlling microorganism growth. Produced with an eye on the heavily water and organic raw material intensive paper industry, AQUAQUEST CWT-1220 is effective for the control of cellulose degrading, sulfate reducing and iron bacteria, all of which are slime producing. It is most effective in the wide pH range of 3.5 to 7.5.

Paper Slimicides

We made a study on the functioning of the pulp and paper mill and reviewed in details the problems faced by this industry. Water being a basic raw material for pulp and paper mills, its quality is the key factor to decide the end results. The key responsible areas include an absolute control on slime growth, bacterial and protozoa growth. This directly hampers the yield and the quality of paper. It is a multi-component complex formulation of high concentration Hydrogen Peroxide and Silver in cationic form. It possesses a very broad spectrum of anti microbial activity on a wide range of micro-organisms such as gram positive & gram negative bacteria, slime, E Coil, bacteriophages, legionella, salmonella, fungi, yeast, Viruses, spores and biofilms. It does not develop any resistance. It is highly effective on sulphate-reducing bacteria thereby even stainless steel bio corrosion is prevented. PROPERTIES AND ADVANTAGES Eco-friendly,Non-carcinogenic and Non-mutagenic, Colourless & Odour-free No Irritation to Skin or Eyes Rapid Sterilization, Broad Spectrum of activity Good Stability in Storage Remains effective even at high temperatures No effect on pH when added to water Very good penetration power LD50 value >2854 mg/kg, Non toxic Long lasting effect resistance developed

Slimcide For Paper

Sapco 130 P : Slimicide Sapcocide 471 : Preservative for Coatings

There are two basic processes used to deink recycled paper and paper products. Which process is used depends on what type of ink needs to be removed although many more modern process use a combination of the two process .washing is the most basic process used in deinking and uses a non ionic surfactant and base. The other method is flotation deinking, a process that allows the particles to agglomerate and then uses air bubbles to carry the ink particles away the flotation process is often times followed by washing process. In flotation deinking chemicals are added to the pulp solution to separate the inks from the fibers. Air bubbles are injected into the pulp and the ink particles attach to the bubbles which rise to the top. This creates a froth layer that is swept off. The air bubble are hydrophobic. The ink particles must be more hydrophobic than the fibers, for this process to work.In order for flotation to work properly ink particles need to be 40-50 um. When they are not this big, COLLECTORS are added .collectors gather small ink particles into larger groups and increase their hydrophobicity.Not all particles are captured by bubble.Studies have been done on just the point and angle that the fiber contact the bubble. The stability of the bubble is very important to this process it has been proven that the attachment of the ink to the bubble helps to resist breakup of the bubble.

It is an environmentally friendly slimicide used to decease slime formation which is formed due to organic material used in paper making. Thus increases the run ability and efficiency of machine.

Paper Mill Slimicide

We are an acclaimed wholesalers of Paper Slimicides, which is extensively used in paper industry. These products find applications in paper making, paint preservation (in-can and dry film), water treatment, oil well drilling, sugar processing and leather treatment. Furthermore, our range can be availed in favored specifications mentioned by the clients.

Paper Slimicides

Paper Slimicides

Paper Slimicides

Slimcides

Antimicrobial Paper