Design: MJ710 Ingredients: Eco friendly composite crystal components;

Performance characteristics: Remove dirt and rust generated in water piping equipmentmachines. Suited to pipeline cleaning up of stainlesss steel, stainless, copper, iron, ceramics and lead plastic plumbing, and many others. There is no effect on the structure of your system alone.

Scale of program: stainlesss steel, site stainless-steel, lead, iron, copper and ceramics plastic piping as well as other pipelines, a lot of the liquid circuit products.

Ecological safety: environmentally odorless, volatile and friendly fuel-free of charge, normal use is not going to lead to excessive rust of the device.

Common substances, but need to be individually shielded (use silicone safety gloves when you use),

Make sure you contact the MSDS for pores and skin eye and contact get in touch with.

Remember to talk about the appropriate sales people for reference dosage.

Directions for usage: normal water-soluble substances, dissolved and used;

Packing and storage: 25KG cowhide handbag lined with plastic wrapping; saved in a ventilated, cool and dry place inside, closed when not being used,

Life expectancy is 1 calendar year six months - 2 years.

Functionality guidelines:

Active ingredient: ≥ 95.60Per cent

H2o solubility: 137.5 g/L (20 ° C)

Melting level: 210-230 ° C (dec.)

Appearance: white-colored composite crystal copolymer. Odorless, low-erratic, applied as common chemical compounds.

Executive normal: Gigabyte/T50102-2003 Design: MJ740

Elements: film former, nano zinc oxide dispersion, contra --corrosion anti-oxidants, and many others.

Performance features: normal water-centered variety, exceptional finish;

Extent of software: mainly useful for anti--corrosion and contra--oxidation from the inner wall of water-dependent liquid pipeline products;

It can be ideal for contra --deterioration and anti-rust of steel, carbon stainlesss steel, cast iron, other, copper and aluminum inside areas, and possesses a bactericidal impact.

Enviromentally friendly basic safety: eco-friendly normal water-soluble anti--rust remedy; fails to have nitrite and organic phosphorus, does not produce unpredictable harmful substances;

Inadvertently in contact with your body, very first clean with plenty of normal water.

Directions for usage: Add more directly to the moving h2o physique, put 300-800PPM, no need to change h2o;

It does not adversely modify the unit and the rust prevention period of time might be around 90 days.

Packing and storage: 10/25KG barrel; saved in a cool location indoors, covered.

Functionality parameters:

Visual appeal: white translucent liquid;

Solidity: 1.1

PH worth: 8-9;

Adsorption film kind rust inhibitor

Adsorption membrane layer kind deterioration inhibitors such as organic and natural amines, gluconates and lignins and so forth. Getting natural amines for instance (as an example: SQ-06 series manufactured by Xiamen Shengquan Compound Technological innovation), organic amines are utilized as adsorption solutions for cooling down h2o techniques. Membrane layer, this organic and natural amine, also called membrane amine, mainly identifies C10 ~ C20 sequence aliphatic amines. For example C16 H33NH2, (C16 H33) 2NH, C18 H37NH2, (C18H37) 2NH. They are super easy to make, deterioration inhibition performance It is far better, therefore it is traditionally used. Amines along with their derivatives also have excellent corrosion inhibition qualities. The hydrophilic organizations inside the natural and organic amine molecule are -NH2 and NH, and also the lipophilic team is alkyl. Soon after coming into this type of water, the amino group (hydrophilic group) is adsorbed about the aluminum work surface, and the alkyl class (lipophilic group of people) facial looks outward (corrosive surroundings). Following the natural surface area is adsorbed in the aluminum surface, an adsorption motion picture is formed. The alkane within the adsorption motion picture The base works as a shielding. It inhibits the corrosive compounds for example oxygen, chloride and water from getting into exposure to the steel, and helps prevent the steel from corroding. Ever since the amino class may be strongly adsorbed in the metallic work surface, water movement price might be averted from destructing the adsorption video. Natural amines can slowly go through pre-existing corrosion items or fouling surfaces on the steel work surface. The surface types a defensive film. Therefore, also in systems that have been in operation for some time and have some corrosion and dirt, although organic amines can be used not only in relatively clean systems. Natural and organic amines permeate by way of corrosion dirt and products and stick to metallic areas. In the process, a combination of these debris and rust merchandise might be peaceful, as well as the cohesive power with the metallic surface area is lowered, so they progressively slip off and they are cleaned apart by drinking water. Given that organic and natural amines have a very good power to nice and clean aluminum surface areas, When natural and organic amines are employed in methods with additional soil, slowly include them and slowly enhance their concentration to avoid a lot of grime from cracking off of, causing the heating exchanger pipes to clog.

C16H33NH2, (C16H33) 2NH,C18H2 and NH2, (C18H37) 2NH

It can be uniformly diffused to all corners if the organic amine is added to the cooling water by about 2%. The original focus is from 20 mg/L to 50 mg/L, and once the organic and natural amine varieties a monomolecular film about the metallic work surface, Less usage, provided that the quantity of reduction might be replenished. The membrane layer of natural amine is very robust, also it can be preserved in chilling drinking water for many mg/L after film growth. It will not cause much if the drug is stopped for a short time or the concentration of organic amine in water is reduced to zero. Modify, it can be timely once the discovery. The inhibition outcome of organic amine is pretty good. In the common cooling h2o process, the rust inhibition price can attain greater than 90%, along with the place often eroded and washed is about 50Percent. The contra --corrosion outcome of natural and organic amines is useful. The anti-corrosion effect is better if used together with other corrosion inhibitors. However, the anti-corrosion performance of organic amines is greatly affected by the amount of salt. In normal water with higher salt content material, monomeric amines It is not easy to spread and also the deterioration resistance is lowered. The inhibition rate of carbon steel by having 50 mg/L of amine in seawater is just 35%-60%, boosting the power of amine to 200 mg/L, and the inhibition rate is only 60 Percent

~80Per cent.

The advantages of natural and organic amines are: great rust inhibition effect; very good chlorine opposition, chlorination sterilization will never affect the safety of organic and natural ammonia

Precipitation membrane type deterioration inhibitor

Evaluation of ionic rust inhibitors in water Taking polyphosphates for instance, polyphosphates are among the most widely utilized and economical cooling down water deterioration inhibitors. Together with good rust inhibition properties, polyphosphates are fantastic resistance. Scale representative, which prevents calcium carbonate and calcium supplements sulfate from scaling in h2o. By far the most widely used polyphosphates are salt hexametaphosphate and sodium tripolyphosphate. They can be some linear inorganic polymers. Polyphosphate has robust surface exercise, along with the PO group of people within its molecular composition can certainly supply electrons to the steel with empty orbital and firmly adsorb around the metal. The rust inhibition and scale inhibition efficiency of polyphosphate along with its surface Associated with exercise. Polyphosphate has dual deterioration inhibition properties of anodic polarization and cathodic polarization.

Polyphosphate is a no-oxidizing passivator. Polyphosphate is readily adsorbed in the metal surface area following it can be added to drinking water, plus it displaces an integral part of H and H2O substances adsorbed in the aluminum work surface, decreasing dissolved oxygen and H . The potential of H2O impulse. Furthermore, this makes dissolved fresh air more easily adsorbed around the aluminum work surface. When a adequate quantity of o2 is adsorbed in the steel work surface, air makes the metallic surface passivate, hence the polyphosphate must be in the presence of dissolved o2. It reveals corrosion inhibition performance of anodic polarization. Polyphosphate mixes with divalent aluminum ions for example calcium, iron and zinc in h2o to form a downpayment film on top in the aluminum, which acts as a cathodic polarization and inhibits corrosion of your metal. For that reason, polyphosphate is a cathode type corrosion inhibitor. The top activity of polyphosphate can make it are able to thoroughly clean metallic work surface. You can use it to wash the device when the air conditioning water process starts off. If the system is not severe Polyphosphate can slowly clear the debris out. Slowly set up total rust handle, which is specially successful for dealing with pitting and nodular or nodular corrosion.

The polyphosphate includes a high risk of generating a calcium supplement phosphate range under alkaline problems. When using a polyphosphate, if the system has only a steel material, the pH of the water is in the range of 5. to 7. . copper and Copper alloy, reduced pH worth is simple to corrode copper, the pH value in drinking water ought to be totally handled at 6.7 ~ 7. or add copper corrosion inhibitor and lower the pH to avoid the formation of calcium phosphate scale. High pH At 8, not only will phosphate scale be produced, but also local corrosion will occur. Phosphate and phosphorus are definitely the nutrition for microbial reproduction and growth. Polyphosphate in water is going to be decomposed by many people microorganisms to minimize corrosion inhibition performance. Community rust and microbial contaminants.

Aluminum ion kind rust inhibitors are exemplified by copper rust inhibitors [4]. If the products is made of copper and copper alloys, you will discover a specific corrosion problem: copper ions produced by corrosion are easy and more energetic precious metals. For example, iron and aluminum behave the following:

Fe Cu2 → Cu Fe2

2Al 3Cu2 → 2Al3 3Cu

The copper metal established from the reduction of copper ions is settled in the active aluminum. Copper functions because the cathode and the energetic aluminum functions as being the anode, generating an etched battery pack. Due to the reduced prospective of copper (Eo oxidation = -.37 V), the electromotive push in the corroded battery pack Large, the energetic aluminum is going to be drastically corroded by penetration. The copper ions made by copper and copper alloys will be deposited by drinking water to some extended cause and distance rust. The concentration of copper ions within the water. Operated beneath .1 milligrams/L to stop this corrosion, utilized in chilling drinking water methods

The ion concentration in the water is controlled below .1 mg / L, which can be achieved in alkaline and neutral water, even though most of the corrosion inhibitors can inhibit the corrosion of copper. copper, Therefore and copper alloy materials are used. The pH of your cooling down h2o should be controlled previously mentioned 6.5. Several significant copper rust inhibitors are defined under:

1) β-mercaptobenzothiazole (MBT) [5 , 6 ] (Mercaptobenzoth 2iazole), its architectural solution is:

For copper and copper alloys, β-mercaptobenzothiazole is actually a particularly good rust inhibitor that decreases the corrosion price of copper and copper alloys at lower levels (eg 2 milligrams/L). The outer lining of copper carries a strong chemisorption effect on β-mercaptobenzothiazole. The β-mercaptobenzothiazole adsorbed about the copper work surface is organized within a particular strategy to separate the corrosive materials and prevent the copper from getting copper ions. Corrosion brought on by getting into the water. β-Silylbenzothiazole is additionally good at controlling galvanic deterioration due to copper deposition on productive metals like aluminum and iron. The main advantages of β-mercaptobenzothiazole are: (1) Rust charge of copper and copper alloys is more efficient; (2) much less quantity. Its drawback is: simple to be oxidized and was unsuccessful, so it needs to be avoided with oxidant kind corrosion inhibitor; sensitive to chlorine and chloramine, Also susceptible to oxidation by them.

2)2 and 1, 3 - Benzotriazole (BTA) (Benzotriazole), architectural solution1 and 2, 3 - benzotriazole is an extremely successful copper and copper alloy rust inhibitor. It can be sluggish to copper The etch is just like MBT: the top of copper includes a powerful chemisorption impact on the chelate of benzotriazole or benzotriazole with copper ions, generating an anti-corrosion monitor around the copper work surface to avoid corrosive elements from coming into experience of copper and protecting against Copper enters water to be copper ions. Therefore, it not only inhibits the dissolution of copper on the metal matrix into the water, but also passivates the copper ions entering the water to prevent the deposition of copper on metals such as aluminum, galvanized, steel and zinc iron. Dezincification of copper. In 2, 1 and addition 3 - benzotriazole also inhibits iron, tin, zinc and cadmium. It can be applied in a lower attention than MBT, so long as 1 mg / L can determine copper and The excellent defense of the copper alloy, the pH range when utilized is 5. 5 ~ 10, the awareness lacks to get modified with the pH benefit. , 3 - benzotriazole has strong anti-oxidant potential, will not be affected by chlorination To destruction.1 and 2 Despite the fact that chlorine can develop unstable substances with it, its defensive impact on copper is fragile. The main advantages of2 and 1, 3 - benzotriazole are: for Copper and copper alloy has great corrosion inhibition outcome; it is actually much more proof against chlorine oxidation. Its disadvantage is better cost.

3) Ferrous sulfate: Ferrous sulfate is really a particular deterioration inhibitor, typically used being a rust inhibitor for copper and copper alloys in seawater, other sea salt normal water or DC air conditioning techniques. Copper heat exchangers using seawater as chilling water Ferrous sulphate produces a safety motion picture containing metal materials in the inner wall structure in the copper hose, and can even be as thicker as . 0762 mm, properly inhibiting the deterioration of copper, especially the deterioration due to drinking water scouring. This method is named ferrous sulfate. Motion picture finalizing.

The benefits of ferrous sulfate are: affordable price, lower dose; gentle contamination. Its negatives are: the membrane creating modern technology is much more complicated; if the chilling drinking water contains hydrogen sulfide or any other minimizing materials, and also the pollution is critical, the ferrous sulfate is produced. The film is invalid.

Passivation video variety rust inhibitor

Passivation video variety deterioration inhibitor is abbreviated as passivating professional, that is inorganic solid oxidant [3]. For tungstate, example, chromate, nitrite and molybdate. You can use it as being a robust oxidant which happens to be very easy to be lessened inside the response. Passivating agent. When it comes to chromate, chromate includes soluble salts of chromic acid (H2CrO4) and dichromic acid solution (H2Cr2O7), including Na2Cr2O7,K2Cr2O7 and Na2CrO4, (NH4) 2CrO4, and so on.

Chromium is really a positive hexavalent from the molecular structure. Chromate and dichromate might be mixed in every portion without the need of impacting the deterioration inhibition effect, so they can be known as chromate.

Chromate features a robust oxidizing strength, and Cr6 is lessened to Cr3 when oxidation takes place. Chromate is a very powerful anode passivating broker at increased concentrations. Chromate passivation of carbon dioxide steel and carbon metallic The potential polarization in H2SO4 is comparable, and also the reaction about the metal work surface in the course of passivation is:

Cr2O72 - 8H 6e → Cr2O3 4H2O

The chromate decreased inside the reaction is adsorbed at first glance of iron and also the work surface of metal on the surface of metal and Cr2O3 jointly to make a passivation film. The response is: 2Fe 3H2O → Fe2O3 6H 6e

The passivation film on the surface of steel that is passivated with chromate is fully dehydrated, compact in composition and good in corrosion opposition. Other corrosion inhibitors cannot obtain such a film, and even chromic acid cannot be obtained with KMnO4 strong oxidizing agent. The standard of sea salt passivation of steel.

The main advantage of chromate is that it not just protects metal but in addition its, copper, zinc and aluminum alloys; it possesses a broad pH variety (pH = 6 to 11); deterioration inhibition is particularly excellent. When utilizing chromate as a rust inhibitor, the deterioration amount of co2 metal may be lower than .025 millimeters / year. The disadvantage of chromate is: great toxicity, ecological defense section has stringent specifications for chromate release; effortless It is lessened by malfunction and should not be used in the cooling system of the refinery with a reducing substance (such as hydrogen sulfide) leaky.