Epichlorohydrin

Epichlorohydrin (abbreviated ECH) is an organochlorine compound and an epoxide. It is a colorless liquid with a pungent, garlic-like odor, moderately soluble in water, but miscible with most polar organic solvents. Epichlorohydrin is a highly reactive compound and is used in the production of glycerol, plastics, epoxy glues and resins, and elastomers. In contact with water, epichlorohydrin hydrolyzes to 3-MCPD, a carcinogen found in food.
Epichlorohydrin (EPI) is an extremely versatile chemical intermediate used in a wide variety of applications. Approximately 76% of the world’s consumption of (EPI) is used to make epoxy resins.
EPI is flammable. Direct, prolonged contact with pure EPI as liquid can severely damage the skin and eyes. Vapors may also produce eye irritation and damage to cornea of the eye. EPI is a probable carcinogen, a poison that can cause death at higher exposures, a mutagen and a skin sensitizer. 
Occupational exposures are possible; however, consumer exposures are not likely because end-use products are expected to contain only trace levels of EPI. Industrial operations use EPI in closed systems and are designed with engineering controls to minimize personnel and environmental exposures.
EPI is considered a hazardous chemical. If released into the environment, however, it biodegrades rapidly.

ProductName:	Epichlorohydrin
CAS no:	106-89-8
Synonyms:	Oxirane,(chloromethyl)-(9CI)Propane,1-chloro-2,3-epoxy-(6CI,8CI)(Chloromethyl)ethyleneoxide(Chloromethyl)oxirane(RS)-Epichlorhydrin(?à)-Epichlorohydrin1,2-Epoxy-3-chloropropane1-Chloro-2,3-epoxypropane2,
MolecularFormula:	C3H5ClO,CH2OCHCH2Cl
MolecularWeight:	92.53
EINECS:	203-439-8
Density:	1.183
MeltingPoint:	-57ºC
BoilingPoint:	115-117ºC
FlashPoint:	115-117ºC
Solubility:	6g/100mL(10ºC)inwater
RiskCodes:	45-10-23/24/25-34-43
Appearance:	clear,colorless
TransportInformation:	UN2023
Properties:	Colorless,mobileliquidirritatingchloroform-likeodor.Bp117.9,fp57.1,flashp105.1F(OC)(40C),mp25.6C,d1.1761@20/20,vappress10mm@16.6,vapd3.29.IDLH75ppm.

Application

Use dasan organic solvent,epichlorohydrin is rodenticideg lift or intermediates, and epoxyresin,synthesi sofglycerol and other chemical products and intermediates.

Formaldehyde

Formaldehyde is an organic compound with the formula CH₂O or HCHO. It is the simplest aldehyde, hence its systematic name methanal. The common name of the substance comes from its similarity and relation to formic acid.
Formaldehyde is a chemical compound that is widely used in industrial manufacturing and a number of other industries. Many people are familiar with it in the form of formalin, an aqueous solution of formaldehyde that is used as an embalming preservative. This chemical is toxic, known to cause cancer and a variety of other health problems, and for this reason, most people make an effort to avoid it. 
This chemical is the simplest of the aldehydes, chemical compounds that include a terminal carbonyl group. A carbonyl group is a group of atoms that includes a carbon atom double-bonded to an oxygen atom; the chemical formula for formaldehyde is HCHO, making it a useful building block for other, more complex aldehydes. Pure formaldehyde is a colorless gaseous compound, and it is extremely reactive. For this reason, it is often mixed into other chemical compounds to form a stable substance. 
In addition to being used in things like glues, preservatives, antiseptics, resins, paints, film processing, and embalming, formaldehyde is also abundant in the atmosphere. It is one of the many byproducts of combustion, and it is also formed through atmospheric reactions, making it a major component of smog. As a result, it can be a challenge to avoid it. 
High levels of exposure can lead to cancer in the long term, and respiratory problems, skin conditions, and inflammation of the mucus membranes in the short term. Allergies to formaldehyde can also cause serious health problems. This chemical is especially dangerous for children. 
Most nations have clear laws that dictate the amount of formaldehyde that can be used in things like housing materials, but it can also be generated through fuel burning stoves, It is also found in cheaply constructed “temporary” structures, thanks to the relaxation of safety standards for such buildings. 
The issue of formaldehyde exposure was brought to the forefront in the United States in 2007, when several media outlets broke the story that temporary trailers erected by the Federal Emergency Management Agency (FEMA) for victims of Hurricane Katrina had extremely high levels of formaldehyde. The chemical has also been found in temporary structures on school campuses and in many older homes. The United States Environmental Protection Agency (EPA) suggests that people can reduce the risk of exposure by using dehumidifiers and ventilating structures, especially those with fuel burning stoves and heaters, although structures with high levels of ambient formaldehyde should be renovated or destroyed.

Formic Acid

1. Product Name: Formic Acid
2. Chemical Formula: HCOOH
3. Appearance: Colorless transparent liquid
4. Specifications:
A) Formic Acid 85%Min
HCOOH 85%min
Fe(Fe3 ) 0.0005%max
Chloride(Cl-) 0.005%max
Sulphate(SO42-) 0.002%max
Residue 0.006%max
B)Formic Acid 90%Min
HCOOH 90%min
Fe(Fe3 ) 0.0001%max
Chloride(Cl-) 0.003%max
Sulphate(SO42-) 0.001%max
Residue 0.006%max
5. Packing: 30kgs、250kgs plastic drum,1mt IBC DRUM 20mts in the 20'FCL  ISO TANK or as your request
6. Application:
In medical industryit is used in making Amidopyrin, vitamin B and many other medcines. Formic Acid is used in producing methanamide, diethyl formamide, rubber age resister, dying, leather and so on. It is aslo an important material for pesticide such as Triazone. In other way Formic Acid is considerable used in green fodder storage.

1, the pharmaceutical industry: caffeine, dipyrone, aminopyrine vitamin B1, etc.;
2, the pesticide industry: triadimefon, triadimefon, paclobutrazol, insecticidal ether;
3, the chemical industry: dimethyl formamide, formamide, antioxidant, etc.;
4, the leather industry: leather tanning preparations;
5, printing and dyeing industry: the acidic dye;
6, the rubber industry: natural rubber flocculants;
7, the pickling of iron and steel industry: steel plate, steel and other steel products, etc.;
8, the paper industry: pulp preparation, etc.;
9, the food industry: food disinfection, preservation;
10, animal husbandry: ensilage preservation
 

Glacial acetic acid

Introduction:
Annual capacity of our glacial acetic acid is 350,000.the raw material is methanol.
we use a new technical process to produce: Methanol decomposition.
the most important characteristic of this way are as following:
mild oder; high quality--can reach 99.99%min; low cost--30% lower than oil decomposition and ethanol decomposition way. Other name:GAA,acetic acid,CH3COOH

Specifications:
Industry grade
ITEM
Color(APHA),Pt-Co≤10
Glacial acetid acid% ≥99.9
water content% ≤0.15
Acetaldehyde % ≤0.05
Formic acid% ≤0.06
Iron % ≤0.00004
Residue after evaporation% ≤0.01
Permanganate time≥30min
Food grade
ITEM
Glacial acetid acid% ≥99.00
As % ≤0.0001
Freezing point ≥14.5C
Evaporates the resdual% ≤0.01
The heavy metal (as Pb counts) % ≤0.0002
POTASSIUM PERMANGANATE Experiment minute ≥0.15

we have 99.9%min glacial acetic acid,99.8%min glacial acetic acid,90%min glacial acetic acid,80%min glacial acetic acid or according to customer's special request.

Package:
20mts/IBC drum 20 drums in each 20ft container=20mts/20ft container
220kgs/HDPE drum 80 drums in each 20ft container=17.6mts/20ft container
30kgs/HDPE drum 785 drums in each 20ft container=23.55mts/20ft container
Usage: Widely used in textile industry, fiber industry, Pharmacia industry, pesticide industry, dyestuff industry, plastic industry our products are exported to countries all around the world such as :USA,Germany,
Turkey, Russia,Ukraine, Brazil, Chile, Malaysia, Vietnam, Thailand, South Africa etc and
enjoy a good reputation in our customers.