Cationic Water Treatment Chemicals Raw Materials

Cationic Water Treatment Chemicals Raw Materials System 1

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Cationic Water Treatment Chemicals Raw Materials

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

Min Order Qty:: 1000 kg

Supply Capability:: 500000 kg/month

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Cationic Water Treatment Chemicals Raw Materials

Description:

Anionic polyacrylamide is a kind of water-soluble linear polymer, supplied as free-flowing particles status without dust or

colloid, perfectly soluble in water. The product can be dissolved fast for its particle form. Different polyacrylamides have

different active groups, which flocculate different suspended particles for filtration and separation. The product is easily

dissolved in water, insoluble in any organic solvent. In many industries, this product is used for flocculation, thickening,

cementation, anti-scaling, colloidal stabilization, drag reduction, film formation, gelling, biological materials and so on

This product is technically named Polyacrylamide, which is a water soluble macromolecular polymer. It is insoluble in most of

the organic solvents. It generates a good flocculation and can decrease the resistance between liquids. The amide group with

many substance affinity adsorption ,formation of hydrogen bonds forms bridging between the adsorbed ions in generating

floc and accellration fallou.

Cationic Water Treatment Chemicals Raw Materials

Specifications

1) Anionic PAM;
2) Molecular weight: 10 million
3) Inherent content: 90% min;
4) ISO 9001: 2008 standards;

Anionic polyacrylamide:

Cationic Water Treatment Chemicals Raw Materials

Specifications:

Item	Anionic type
Appearance	white fine-sand shaped powder or grain
Molecular weight	6million~22million
Solid Content (%)	≥90
Degree of hydrolysis	Low/medium/high
Dissolving Time (mins)	≤40
Note: our product can be made upon your special request.

Application Field:

1. Oil field exploration and development, geology, water conservancy, Coal exploration.
2. Used for drinking water purification, water purification, municipal sewage sludge, municipal solid waste and industrial

effluent;
3. Paper-making industry for the clarification of liquid caustic soda, fiber dispersing agent, can improve the beating, the

filler retention agents, paper strengthening agent, can be used to improve the treatment rate and the white water recovery;

4. Used in textile, carpet industry, sizing, quick-setting cement, synthetic resin coating. Photosensitive polymers,

adhesives, dispersing agent, as well as agricultural soil gel, slurry stabilizers, soil amendments;

5. The sugar syrup for the industry to clarify the agent;
6. Can be used as aquaculture feed additives and adhesives;
7. Oil field water treatment to deal with the recovery of oil.

Cationic Water Treatment Chemicals Raw Materials

Advantage:

1. Easy to dissolve, dissolve time 40min.

2.It is with high performance and it can adapt to a variety of conditions.

3. The dose is small and high efficiency.

4. High molecular, molecular weight 22million.

5. High purity, without impurity.

Application Method:

1. The product should be prepared for the water solution of 0.1% as concentration. It is better to use neutral and desalted water.

2. The product should be scattered evenly in the stirring water, and the dissolving can be accelerated by warming the water (below 60 °C).

3. The most economical dosage can be determined based on a preliminary test. The pH value of the water to be treated should be adjusted before the treatment.

Cationic Water Treatment Chemicals Raw Materials

Package and Storage:

1. The solid product can be packed in inner plastic bags, and further in polypropylene woven bags with each bag containing 25Kg.

2. This product is hygroscopic, so it is should be sealed and stored in a dry and cool place below 35°C.

3. The solid product should be prevented from scattering on the ground because the hygroscopic powder can cause slipperiness.

FAQ

1.Q: What is MOQ?

A: Our MOQ is 1 TON.

2.Q: Could you offer free sample?

A: We can provide free samples to you for quality testing.

3.Q: What about your packing?

A: For liquid: Flexitank, or IBC tank 1000L

For powder:Woven fabric bag with plastic film liner( 25kg or 1000kg)

Clients’ packing is workable.

4.Q: How about your productive capacity?

A: 150000 tons/Year.

5.Q: What is your delivery time?

A: Within 7 days after received deposit or L/C at sight.

Q: Additive function a: R → R is an increasing function .it is continus.why?: Any additive increasing function α: R → R is linear of the form α(x) = α(1)x, hence is continuous. Proof. Suppose that (1) α(x + y) = α(x) + α(y), for any x, y in R, and (2) α(x) ≤ α(y), for any x, y in R, x ≤ y. Applying (1) we have: α(0) = α(0+0) = α(0)+α(0) ==> α(0) = 0 0 = α(0) = α(x+(–x)) = α(x) + α(–x) ==> α(–x) = – α(x), for any x in R α(x – y) = α(x + (–y)) = α(x) + α(–y) = α(x) – α(y), for any x, y in R If n is a positive integer then, for any x in R α(nx) = α(x+x+...+x) = α(x)+α(x)+...+α(x) = nα(x) If n is a positive integer then, for any x in R α(x) = α(n(x/n)) = nα(x/n) ==> α(x/n) = (1/n)α(x) If m, n are positive integers then, for any x in R α((n/m)x) = α(n(x/m)) = nα(x/m) = n((1/m)α(x)) = (n/m)α(x) Collecting the previous results, we have α(qx) = qα(x), for any x in R, q in Q In particular, α(q) = α(1)q, for any q in Q Next I apply (2) to show that α(x) = α(1)x, for any x in R. Fix x in R. Since Q is dense in R, given ε > 0 there are p, q in Q such that p < x < q an q–p < ε. Then α(1)p = α(p) ≤ α(x) ≤ α(q) = α(1)q, so –α(1)(x–p) ≤ α(x) – α(1)x ≤ α(1)(q–x) –|α(1)|ε ≤ α(x) – α(1)x ≤ |α(1)|ε The previous inequality holds for any ε > 0, hence α(x) – α(1)x = 0 bye

Q: I just bought an original 1950 Pontiac Silver Streak with the inline flat head 8 cylinder. It‘s an old 6 volt car, and it runs great! I‘ve never owned something this old before and I was wondering if I should run a lead additive and what octane gas I should run? There‘s 87 octane in it now, but no lead either. I don‘t think the head has been off, nor have the valve seats been hardened. What do you think???: Honestly, this is a question for a very experienced cylinder head specialist. Some older engines had problems with valve recession after lead was removed; others had no problem at all. Back in the 90s a mechanic had a radio show Saturday mornings in Phoenix and the subject of unleaded gasoline came up. He related that in a bull session with other mechanics in the area it came out that in their over 100 years combined experience they had never seen an engine with valve recession from unleaded gas. I suspect in England the conversation would have been different - a lot of British Leyland and British Ford engines had trouble if pushed hard. But as Jim Walker posts in the source, Using additives just about equates with me a 72 year old widower putting on a condom every day - just in case! I don't know when GM started using hydraulic lifters but if your has solid lifters you should check valve lash periodically in any case. Valve recession shows up as decreasing lash until finally the valve has no lash at all and burns.

Q: Additives and formulations for refractory materials: The water reducing agent refers to a substance capable of remarkably reducing the amount of water to be mixed, and also called a precipitation agent, while maintaining the flow rate of the refractory castable substantially constant. The water-reducing agent itself does not react chemically with the material composition to produce new compounds, but acts as a surface physicochemical.

Q: Find the opposite, or additive inverse, of 3/4 ???: Let X be the additive inverse of 3/4, 3/4 + X 0 X -3/4

Q: What is the chemical composition of the admixture of cast aluminum, the refining agent (slag, degassing) and so on?: Aluminum alloy cover and scouring, so that the metal liquid and furnace gas isolation, to prevent oxidation, evaporation, suction. Remove the metal liquid impurities, with the role of thermal desulfurization. Refining principle reaction is as follows: the use of the main components NaNO3, graphite The reaction is as follows: NaNO3 + C → NaCO3 + N2 ↑ + CO2 ↑ 380 (2) The reaction is carried out under the following conditions: NaNO3 + C → NaCO3 + N2 ↑ + CO2 ↑ 380 ℃, NaNO3 → Na2O + NO ↑ after the reaction of N2, NO, CO2 gas on the human body and the environment are no corrosion stimulating effect, the refining effect is also good, refining temperature of 690-720 ℃, refining time is 5-12min rest time 5-8 min.

Q: smoking is bad mmmkay yes I know that I‘ve been smoking pre-made cigs for 8 years well the last for years thats when I started smoking about a box a day before a whole box last me for an entire week and now I switched to loose tobacco.Tastes better,its cheaper and I dont crave a cig every hour.so if anybody is going to leave an smart *** answer just dont waste your time.smoking is bad thats why I want to quit.I‘ve tried cold turkey but it sucks it just makes me euphoric.lol well thanks: Your service should be up-graded by a pro, you are in for problems. If I were doing it, and have in the past. I would install a second switched box next to the main panel. Run underground and in conduit to a switch box in the shed with low amp breakers. Do the shed wiring first, then tie in the rest as you come back to the power source. You should be able to tie into the mains after they send power to the main board and before other breakers. This will give you normal house protection and still have the house mains to send power to the shed where you have provided mains to run the shed from. You need a switch at the house to break power to the shed, and breakers to protect the long wire which is going to drop your available amps considerably. Example send 15 amps to the shed. Usable amps may be 10 or less. IE breaker will not break. To test, use several heaters in parallel for load. Measure currant draw at house boxNEVER NEVER NEVER use aluminum wiring. It's dangerous.Best left to an expert, but this will work if done correctly. Wireing from house to shed should be 000. I got away with range wireing do to low amps needed, but you must double wire to do it and no one will ok that as safe. Again, if you don't know what your doing, dont!!!!!!!!!!!!!!!!!

Q: what are diesel fuel additives and how they work?: They work best at separating you and your money. All diesel fuel has the needed additives for the weather and area they are sold in.

Q: Bean Additives use, how to add lobster sauce? Add dose Where can I find a professional?: Essential production resources (a) production sites. Plant design is reasonable, there should be with the production of raw materials to adapt to the library, processing workshops, finished products, packaging workshop, the production of fermented soybean products enterprises should have the appropriate fermentation sites. Processing workshop must have a good ventilation, packaging workshop should be sealed with disinfection measures, production sites should be separated from the living area. (2) the necessary production equipment. (Such as cooking cans, etc.); 2. Pulping equipment (such as grouting machine, cooking pulp tank, etc.); 3. Cooking equipment (such as cooking cans, etc.); 4. Molding equipment (such as cutting machine, Presses, etc.); 5. Fermentation facilities (such as fermentation cages, drawers, etc.); 6. Drying facilities (such as dryers, etc.); 7. Packaging facilities (such as packaging machines, etc.). In addition to the above equipment, the production enterprises according to their different production processes, must have its corresponding production equipment and facilities. Such as sterilization, frying and other related equipment. Fermented bean milk production enterprises must produce equipment: 1,2,4,5,7. Tempeh, natto production enterprises must produce equipment: 1,3,5,7. Soy milk, lactone tofu and other production enterprises must produce equipment: 1,2,7. Tofu, dried tofu and other production enterprises must produce equipment: 1,2,4,7. Yuba production enterprises must produce equipment: 1,2,4,6,7. (Packaging enterprises must produce equipment: 7.) fried and other soy products production enterprises must produce equipment: 1,2,4,7. (Purchased bean sprouts essential production equipment for enterprises: 7)

Q: can anyone tell me about any oil/fuel additives that you have had good luck with. and also ones i should stay away from.: The advantage of additives you can experience with a bit worn out engine, but not worn out completely. The ingredients PTFE (teflon) or MoS2 (molybdenum dislufide) actually create a coating on the inner surfaces of the engine, decreasing friction, wear and reducing the tolerances - the too big ones on the worn out engine. In this way they reduce fuel and oil consumption, but again, the engine has to be worn out only to cerain extend, because they cannot do miracles. So you look for additives with this ingredients from a brand you trust or you can afford. The additives will need some kilometers/miles to perform the best so don't expect results immediately. On a new car and with modern syntethic oils which car manufacturers require additives are a waste of money - cannot improve the performance - and can only lead to warranty problems or similar. Caution! Do not put additives into gearbox or differential oil. There the friction between certain parts must not be reduced!

Q: Can you make the chicken grow up with no additives: Hello, first with a lot of foam soak after curing fried, chicken products bulky full. OKorder sell small package bubble source, you can buy less try.

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