Category Archives: Water treatment chemicals

Potassium salt of 1-Hydroxy Ethylidene-1,1-Diphosphonic Acid (HEDP.Kx) MSDS

First, Properties and Uses

HEDP · Kx is HEDP of potassium, HEDP · Kx and HEDP salt compared with the higher solubility at neutral conditions are excellent calcium carbonate scale inhibitors, HEDP · Kx mainly used for metal corrosion, pool pollution, metal cleaning, vessel cleaning, iron fouling control, metal pretreatment, low pressure boiler water, circulating water.

Second, the technical indicators

Item Index
Exterior Colorless to pale yellow transparent liquid
Active component (HEDP),% 26.0-30.0
Total phosphorus content (PO 4 3 - meter),% 24.7-26.7
Fe (to Fe2 +) content mg ​​/ L ≤ 20.0
Density (20 ℃) g / cm 3 1.30-1.40
PH (1% solution) 6.0-8.0

Third, packaging and storage

HEDP · Kx plastic barrel, 30kg or 250kg, can be determined according to user needs. HEDP · Kx stored in a cool room, storage for ten months.

Fourth, security

HEDP · Kx is neutral, pay attention to the operation of labor protection, should avoid contact with skin and eyes, flush with water after contact.

Potassium salt of Amino Trimethylene Phosphonic Acid (ATMPK) MSDS

Aminotrimethylene potassium phosphonate is part of the potash solution ATMP, relative to the same amount of sodium, ATMP · Kx has a higher solubility in water can prevent the formation of scale into the dirt salts, especially calcium carbonate scale formation.

Chinese name: aminotrimethylene potassium phosphonate
Chinese alias: aminotrimethylene potassium phosphonate; times aminotrimethylene three acid potassium salt; aminotrimethylene potassium phosphonate ATMPKX; ATMPoKx
English name: Amino Trimethylene Phosphonic Acid, Potassium salt
English Name: [nitrilotris (methylene)] trisphosphonic acid, potassium salt; [1] Phosphonic acid, nitrilotris (methylene) tris-, potassium salt;
CAS :27794-93-0
EINECS :248-660-0
Formula: C3H6K6NO9P3
MW: 527.5921
Properties and Uses
ATMP · Kx is a partial solution of the potassium salt of ATMP, with respect to the same amount of sodium, ATMP · Kx has a higher solubility in water to prevent the formation of scale scaling salts, especially calcium carbonate scale formation. ATMP · Kx is especially suitable for oil field injection water systems.
Colorless to pale yellow transparent liquid
Active component (ATMP dollars)%
pH (1% solution)
Total phosphorus (as PO4)%
Fe (with Fe) content ppm ≤
Density (20 ℃) ​​g / cm
Applications and use
ATMP · Kx and other organic acid, polylactic acid or salt to form organic alkaline water treatment agent, for circulating cooling water systems under a variety of different water quality conditions.
ATMP · Kx is slightly acidic, avoid skin contact with the eyes, once contacted, rinse immediately with plenty of water.

PAPE product performance

PAPE is a new kind of water treatment chemicals, has good scale and corrosion inhibition properties. Since the introduction of the multiple molecular polyoxyethylene not only improve the corrosion performance, but also improve the scale of calcium scale and decentralized capacity sediment. Barium inhibitor existing domestic water beyond the control of scale deposition of strontium has an excellent inhibitory effect on water, calcium carbonate, calcium sulfate deposition of insoluble salts also has excellent scale inhibition effect on steel with cathodic protection , corrosion better than the existing domestic similar products. Polyhydric alcohols and polycarboxylic acid ester salt, an organic phosphonate, an inorganic phosphate and zinc salt in water-miscible good stabilizer. PAPE for oilfield acquisition inhibitor (especially recommended as a substitute for Nalco Visco 953) and industrial cooling water corrosion inhibitors.

PAPEMP Performance:

Calcium carbonate, calcium phosphate, calcium sulphate scale inhibition performance is excellent, and can effectively inhibit the formation of silica scale, and has a good role in stabilizing metal ions such as zinc, manganese and iron. PAPEMP salinity scale inhibitor for reverse osmosis membrane systems, multi-stage flash systems high, high turbidity, temperature scale and corrosion inhibition system (such as systems scale coal high temperature and high turbidity water vaporization system), textile assistant agents and paper additives (yellowing inhibitors), can replace EDTA, DTPA, NTA, etc.

Polyaluminium Chloride Use

⒈ urban drainage purification: river water, reservoir water, groundwater.
⒉ industrial water purification.
⒊ urban sewage treatment.
⒋ industrial wastewater and waste recycling useful materials to promote the recovery of the settlement of coal washing waste water, starch and starch manufacturing.
⒌ various industrial wastewater treatment: dyeing wastewater, leather wastewater, wastewater containing fluoride, heavy metals and waste water, wastewater, wastewater, coal washing waste, mining waste, brewing wastewater, metallurgical waste, meat processing wastewater, sewage treatment.
⒍ paper sizing.
⒎ sugar refining.
⒏ casting.
⒐ wrinkle-free fabric.
⒑ catalyst carrier.
⒒ medicine refining
⒓ quick-setting cement.
⒔ cosmetic ingredients.

Monosodium phosphate Indications

(1) for the prevention and treatment of hypophosphatemia. Also as a full intravenous nutritional therapy phosphorus additives to prevent hypophosphatemia.
(2) adjuvant urinary tract infection, the drug can make urine acidification, thereby enhancing the almond acid methenamine and methenamine hippurate antibacterial activity, and can eliminate the ammonia smell of urine in the urinary tract infection and turbidity.
(3) calcium kidney stone prevention. This medicine can make urine acidification, increasing the solubility of calcium to prevent the deposition of calcium in the urine, thus preventing the recurrence of calcium-containing kidney stones.
(4) the treatment of hypercalcemia. In recent years has not used the drug to treat high hypercalcemia, while others are more safe and effective method of application.

Methylbenzotriazole (TTA) MSDS

Basic Information
Chemical name: methyl benzene Benzotriazole, also known as methyl styrene-acrylic triazole, referred TTA; 5 – methyl-1H-benzotriazole; 5 – methyl benzotriazole; 5 – methyl benzotriazole; between tolylsulfinate hydrogen azide; between Asia azide toluene; methyl benzotriazole; 5 – methyl benzene triazole; 4 (or 5) – methyl-1H-benzo three azole; tolutriazole; Methylbenzotriazole; methyl triazole; methyl-1H-benzotriazole; 4 – methyl-1H-benzotriazole; 5 – methyl benzene Benzotriazole; A benzene Benzotriazole; tolyl triazole
CAS: 29385-43-1 136-85-6; 29385-43-1
MF: C7H7N3 MW: 133.15
2 Appearance
White granules or powder, can be processed into big flakes, small pieces of granular, columnar, fine granule, powder
3 Basic Uses Edit
This product is mainly used for metal (such as silver, copper, lead, nickel, zinc, etc.) rust and corrosion inhibitors, are widely used in anti-rust oil (fat) products in copper and copper alloys used for vapor phase corrosion agent, lubricant additives, circulating water treatment agent, automobile antifreeze. This product is also available with a variety of scale inhibitors, biocide used in conjunction with, especially for closed loop cooling water system corrosion and very good results.
4 Basic characteristics
Pure strains of white granules or powder 4 – a mixture of methyl benzene Benzotriazole melting point 80-86 ℃, insoluble in water, soluble in alcohol, benzene, toluene, chloroform – methyl benzene Benzotriazole and 5 other organic solvents, soluble in dilute alkali.
5 Production
① In the reactor, the 3,4-diaminotoluene placed in water and dissolved by heating;
The step ① to ② into a solution of 3,4-diaminotoluene was added sodium nitrite reaction;
③ ② step into the solution is cooled;
In step ③ ④ sulfuric acid was added dropwise into the solution, a large number of crystal formation;
The mixture obtained in step ④ ⑤ deprotection liquid treatment;
Proceeds will step ⑤ ⑥ crystal heating, dehydration;
Step ⑥ ⑦ The resultant crystal was then distilled to produce the 5 – methyl-benzo triazole; production method of the present invention are 3,4-diaminotoluene as a raw material, through pressure synthesis, acidification, dehydration, distillation , Preparation of 5 – methyl benzene Benzotriazole the process is simple, easy to control the manufacturing process, high yield, high purity, low production cost, easy to organize industrial production.

ferric sulfate Usage

The analysis for silver, quantitative measurement of sugar. Used as a dye, ink, water, aluminum sculpture, disinfection, polymerization catalyst.
Analytical reagents, quantitative determination of glucose, iron catalyst, mordant, purifying agent, pigment manufacture drugs.
SO ₂ of impurity (Fe ₂ (SO ₄) ₃ + SO ₂ + H ₂ O = 2FeSO ₄ +2 H ₂ SO ₄)
Used as a coagulant in water treatment industry water and sludge treatment agent.
Is used as a mordant and industrial waste water coagulant, but also for the pigment.
With ferric sulfate as astringent and hemostatic agents medicine.
For zinc-nickel alloy, galvanized iron-cobalt alloy electrolyte.
Ferric sulfate in agricultural applications: as fertilizers, herbicides pesticides, cure wheat, fruit, potatoes, corn, vegetables, flowers and fruit trees prevention orchard pests rot radical tree stalk liverworts, lichens and so on. Also be used as fertilizer, is a catalyst for flowers, fruit trees and manufacture chlorophyll, with phosphorus, nitrogen fixation, live potassium, loose soil, sterilization pest control, strong roots and strong stem, fruit enhanced gloss, moisture content, enhanced photosynthesis, increase crop drought resilience and reduce fruit rot, ring rot, leaf spot, rust, powdery mildew and other diseases, and for fruit trees leaf disease, yellow leaf disease, fruit shrink disease has a strong preventive effect reaches a significant increase yield effect


1 Properties and Uses

EDTMP · Na5 for circulating water and boiler water, corrosion inhibitors, non-cyanide plating complexing agent, water softener and dyeing industry, power plant cooling water treatment. [1] EDTMP · Na5 solid product with a slight moisture absorption, easy to transport and use in cold conditions. [1]

2 Technical Specifications

Project Index
Exterior Amber transparent liquid White powder solid
Active component (EDTMP · Na 5 meter)% 30.0-32.6 ≥ 81.4
Active ingredient (in EDTMPA dollars)% 24.0-26.0 ≥ 65.0
Chloride (Cl)% ≤ 2.0 2.0
Density (20 ℃) ​​g / cm ≥ 1.25 -
Fe (in Fe) content in mg / L ≤ 20 20
pH (dope) 6.0-8.0 (dope) 6.0 ~ 8.0 (1% solution)

3 Packaging and Storage:

EDTMP · Na5 liquid plastic barrel, 25kg or 250kg, EDTMP · Na5 solid polyethylene bag lined with plastic bag, net weight 20Kg or need to identify the user. Stored in a cool room, dry place. Solid storage period of months, liquid storage period of twelve months. [1]

4 security:

EDTMP · Na5 neutral, pay attention to the operation of labor protection, should avoid contact with skin and eyes, flush with water after contact.

EDTA 2Na Feature

M-EDTA features
1. EDTA complexing properties with a wide range, with almost all of the metal ions to form a stable chelate.
Advantageous: offers the possibility of measuring a wide range of elements (superior acid, precipitation).
The downside: Easy interference between the various components – selectivity.
2. EDTA and M-EDTA complex formation than the vast majority of 1:1.
3 chelate most charged, it can dissolve in water, rapid response CASNo. :6381-92-6.
Toxicity Protection: This product toxicity. The oral LD50 for rats 2000mg/kg. See other toxic and content protection “ethylene diamine tetra-acetic acid.”
Packing: cartons or sacks lined with double plastic bag, 80kg.
Properties: white crystalline powder. Low toxicity, soluble in water, aqueous solution of pH 5% of the value of 4-6. Acidic. Insoluble in alcohol.
Mainly used as a complexing agent.
The equilibrium dissociation EDTA
In aqueous solution, 2 H + transferred to the carboxyl group N, forming a bipolar ion:
EDTA H4Y said common due to its solubility in water and an acid in a small, commonly used for the disodium salt: Na2H2Y · 2H2O, also abbreviated as EDTA.
When the high acidity of the solution, the two carboxyl groups may be longer accept H +, formed H6Y2 +, the equivalent of a six-membered acid, has six dissociation constants:
Ka1 = 10-0.9; Ka2 = 10-1.6; Ka3 = 10-2.1; Ka4 = 10-2.8; Ka5 = 10-6.2; Ka6 = 10-10.3.
Seven forms:
H6Y2 +, H5Y +, H4Y, H3Y-, H2Y2-, HY3-, Y4-
When pH <1, mainly H6Y2 + form;
When pH> 11, the main presence in Y4-form – complex ion.