With the innovative spirit, we strive to bring all your Industrial Solvents related requirements under one roof, with unparalleled customer servicing, around the clock, that exceeds your expectations.
Full range of performance industrial solvents for a variety of industries ranging from paints and coatings manufacturers to agricultural applications.
White Spirit is the most widely solvent for paint and others industry. The raw materials for white spirit production acts kerosene. In general white spirit is light part of kerosene fraction cut with using factional distillation system. At our factory for production high quality white spirit we use high efficiency fractional distillation system and a lot of know-how. Our white spirit factory is operation in continuous mode 24/7 and produce transparent, unscented white spirit. For our buyers we propose special payment conditions and delivery white spirit in drums and ISO containers.
For the group of substances included in the term white spirit the constituents are a mixture of saturated aliphatic and alicyclic C7- C12 hydrocarbons with a typical maximum content of 25% of C7- C12 alkyl aromatic hydrocarbons.
The various types of white spirit are produced as distillation fractions from kerosene. The white spirit type 1 (the traditional white spirit) with a content of up to 25% of aromatics and white spirit type 2 (low aromatic white spirit) with a content of up to 17% of aromatics is produced from straight-run naphtha and/or straight-run kerosene, which are refinery process streams obtained from the distillation of kerosene fraction. These fractions are subjected to fractional distillation into the appropriate boiling ranges of white spirit. A hydrodesulfurization process (removal of sulphur) is carried out either before or after the fractional distillation.
| COLOUR : WATER WHITE | |
| SP.GRAVITY AT 20 Deg.C. : 0.775 | |
| FLASH POINT : 41 Deg.C . | |
| DISTILASHION RANGE : 140 Deg.C. -220 Deg.c. | |
| DRY POINT : 236 Deg.C. | |
| AROMATIC VALUE : 17 % | |
| KB VALUE : 38% BY WEIGHT | |
| SULPHUR CONTENT : >5 ppm | |
| ACIDITY CONTENT : NIL | |
| CORROSION : NONE | |
| WATER CONTENT : NIl | |
| All tests are carried out according to A.S.T.M. Standards | |
| Item | Specification | Value | Unit | Test method | Foreign equivalent | |||
| 1 | 2-Ethylhexanol, min. | 99.7 | [wt %] | (GC) | GC | |||
| 2 | Colour, Pt-Co scale max. | 5 | [APHA] | PN-C-04534-01:1981 | ISO 6271 | |||
| 3 | Density at 20°C1, min. max. | 0.832 0.834 |
[g/cm3] | PN-C-04504:1992 | Areometric method | |||
| 4 | Acids as acetic acid1, max. | 0.01 | [wt %] | internal method | ASTM D 1613 | |||
| 5 | Aldehydes as 2-ethylhexanal1 max. | 0.05 | [wt %] | Internal Method |
BS 4583 | |||
| 6 | Water content max | 0.05 | [wt %] | PN-EN ISO 12937:2005 |
ISO 12937:2000 | |||
| ITEMS | TEST METHOD | LIMITED |
| Purity (wt %) | ASTM E-346 | Min. 99.9 |
| Water (%wt) | ASTM E-1064 | Max. 0.10 |
| Specific gravity (W. 20°/20°c | ASTM-D-4052 | Max. 0.7928 |
| Ethanol (wt %) | ASTM E-346 | Max 0.005 |
| Acetone (wt %) | ASTM E-346 | Max. 0.003 |
| Permanganate time | ASTM-D-1363 | Greater than 50 Min. |
| Non volatile matter | ASTM-D-1353 | Less than 8mg/1000 ml |
| Distillation Range (W 760 mmHg | ASTM-D-1078 | Not more than It and shall include 64.6 °C f 0.1°C |
| Color, PT-Cobalt Scale | ASTM-D-1209 | Max. 5 |
| Carbonizable, PT-Cobalt Scale | ASTM-E-346 | Max. 30 |
| Appearance | IMPCA- 003 | Clear and free from suspend matter |
| Odor | ASTM D-1296 | Non- Residual |
| Acidity as CH3COOH (wt %) | ASTM-D-1613 | Max. 0.003 |
| Alkalinity as NH3 (wt %) | ASTM D-1614 | Max. 0.003 |
| Miscibility | ASTM D-1722 | Passes test |
| Iron (ppm) | ASTM E-202 | Max. 0.1 |
| Chloride (ppm) | ASTM D-512 | Max. 0.5 |
| Sulphur(mg/kg) | ASTM D-3961 | Max. 0.5 |
| TMA( | Optional | — |
| Aromatics(2) | Optional | — |
Chemical Name: Trichloromethane
Synonyms: Formyl trichloride, Freon-20, Khladon-20, Methane trichloride, R20 refrigerant, TCM
CAS No.: 67-66-3
EINECS No.: 200-663-8
H.S. Code: 2903.13.0000
EC INDEX No.: 602-006-00-4
Main applications:
- Feedstock for hydrochlorofluorocarbon (HCFC-22) applied like refrigeration fluid in grocery stores, refrigerated transports, cold storage warehouses and for the production of fluorinated polymers (tetrafluoroethylene/TFE, fluorinated ethylene-propylene/FEP).
- Extraction solvent for pharmaceuticals (antibiotics, hormones, vitamins, etc.).
Other applications:
- Solvent in analytical laboratories.
- Ingredient of pharmaceuticals, drugs, cosmetics, grain fumigants, dyes and pesticides.
Empirical Formula: CHCl3
Quality Data:
| Appearance | Transparent colorless liquid without mechanical impurities | Visual |
| Purity, %, min.: | 99,9 | ASTM D 6806-02 |
| Density at 20oC, g/cub. cm.: | 1,473 – 1,491 | Liquides density test method |
| Water content, %, max: | 0,012 | ASTM D 1364 |
| Organochlorous impurities content, %, max: | 0,025 | M30-763-2003, GC |
| Non-volatile residue content, %, max: | 0,001 | Evaporation, 60 oC |
| Water content, %, max: | 0,015 | M30-669-2002, GC |
| Acids content as per HCL, %, max: | 0,0014 | Titration |
| Aldehydes as per acetic aldehyde, %, max: | 0,0005 | Visual and colorimetric test |
Guaranteed storage life: 3 months from the date of manufacturing.
Packing: Van Leer drums 290±0,150 kgs net each, 80 drums per 20” sea container, 200 drums per wagon, iso-containers, railway tanks.
Transportation information:
- Land transport:RID/ADR class: 6.1; DOT(USA) class : 6.1, PGII, Kemler code: 60, UN 1888, label: 6.1, shipping name:chloroform;
- Sea transport:IMO/IMDG class: 6.1, PGIII, UN 1888, label: 6.1, EMS: 6.1-02, MFAG: 340, marine pollutant: no, shipping name: chloroform;
- Air transport:ICAO/IATA class: 6.1, PG III, UN 1888, label : TOXIC, shipping name:
Labelling:
- Xn (Harmful) Symbol
- R/S phrases: R22-38-40-48/20/22, S(-2)-36/37
| Parameters | UNIT | Specifications Min/Max |
| Alcohol Strength by Volume at 20° C | Vol.% | Min 96.2 |
| Acidity (as Acetic Acid) | GR/HL | Max. 1.0 |
| Esters (as Ethyl Acetate) | GR/HL | Max. 0.5 |
| Aldehydes (as Acetaldehyde) |
GR/HL | Max. 0.5 |
| Methanol | GR/HL | Max. 0.5 |
| Dry Matter | GR/HL | Max. 1.0 |
| Benzene | GR/HL | Absent, Nil |
| Higher Alcohols (Not included IPA) | GR/HL | Max 0.5 |
| Aspect | GR/HL | Clear Liquid free from suspended matter |
| Odour | GR/HL | Neutral |
| Permanganate Time test at 20° C |
GR/HL | Min. 30 |
| Curve | UV Spectrophotometer | Smooth |
| Absorbency 270 MM | UV Spectrophotometer | Max 0.05 |
| 240 MM | – | Max 0.05 |
| 230 MM | – | Max 0.10 |
| 220 MM | – | Max 0.20 |
| Sr.No. | Description | Unit | ENA Anhydrous for Contract |
| 1 | Alcohol Strength by volume at 20*C | Vol.% | >99.9% |
| 2 | Dry Matter | GR/HL | 1.0 Max |
| 3 | Acidity as Acetic Acid | GR/HL | 1.5 Max |
| 4 | Esters as Ethyl Acetate | GR/HL | 1.3 Max |
| 5 | Aldehydes as Acetaldehydes | GR/HL | <0.5 |
| 6 | Methanol | GR/HL | 2.0 Max |
| 7 | Higher Alcohols (N-Propanol, Iso Butanol, N-Butanol, Iso Amyl Alcohol, N-Amyl Alcohol) Lowest detection Limits 5ppm |
GR/HL | <0.5 |
| 8 | Furfural | GR/HL | Negative |
| 9 | PTT @ 20*C | Minute | 20-25 |
| 10 | Hydrocarbons | – | Negative |
| 11 | Crotonaldehydes | GR/HL | Negative |
| 12 | Odor | – | Neutral |
| 13 | Aspect | – | Clear Liquid Free from suspended matter |
| 14 | Water by Karl Fischer | Wt % | < 2500 PPM |
Chemical Name: Dichloromethane
Synonyms: 1,1-Dichloromethane, DCM, Methylene dichloride, Freon-30, Khladon-30, Chlorocarbon, MEC, MC
CAS No.: 75-09-2
EINECS No.: 200-838-9
H.S. Code: 2903.12.0000
EC INDEX No.: 602-004-00-3
Main applications:
- Pharmaceutics and cosmetics: process solvent, extracting agent, tablet coatings
- Paint and varnish strippers (contain 70 – 90% of dichloromethane by weight)
- Solvent to replace 1,1,1-trichloroethane in adhesives and glues formulations
- Solvent vapor depressant in aerosol applications, also contributes to reduced flammability
- Metallurgy and electrical engineering industry: surfaces degreasing agent
- Foam blowing agent for flexible polyurethane foams
Other applications:
- Food industry: caffeine extractive agent
- Chemical industry: solvent in the production of acetate fibers, photographic films, film strips, plastics processing, polyurethanes and polycarbonate production
Empirical formula: CH2Cl2
Quality Data:
| Appearance | Transparent colorless liquidwithout mechanical impurities |
| Assay, % min: | 99,7 |
| Organochlorous impurities content, %, max: | 0,23 |
| including chloroform content, %, max: | 0,2 |
| Water content, %, max: | 0,05 |
| Acids content as per HCL, %, max: | 0,0005 |
Guaranteed storage life: 12 months from the date of manufacturing.
Packing: Van Leer drums 270±0,150 kgs net each, 80 drums per 20” sea container, 200 drums per wagon, iso-containers, railway tanks
Transportation information:
- Land transport: RID/ADR class: 6.1; DOT(USA) class : 6.1, PGIII, UN No.1593,Shipping name: Dichloromethane;
- Sea transport:IMO/IMDG class: 6.1, PGIII, UN No.1593, Shipping name: Dichloromethane;
| Appearance | Transparent liquid without mechanical impurities and water |
Corresponds |
| Density at 20 deg C, kg/m3, min | 860 | 869 |
| Distillation: Initial boiling point, deg C, min 90% distilled at deg C, max |
120 160 |
131 144 |
| Aromatic hydrocarbons, %Toluene, max
Aromatic hydrocarbons C8, min Aromatic hydrocarbons C9-C10, max |
3060
10 |
9.5787.40
2.97 |
| Reaction of aqueous extract | Neutral | Neutral |
| Evaporativity | Passes the test | Passes the test |
| Hydrogen sulfide and mercaptanes content | None | None |
| Property | Specification | Analytical methods |
| Form at 30 ؛C | Clear Liquid | Visual |
| Color | Water white to pale yellow | Visual |
| APHA Color Rating | Max. 25 | H900.1700S |
| Freezing Point, ؛C | 14.0 ± 1.0 | H900.3000S |
| Purity, %wt. | Min. 99.5 | H900.6500S |
| Isomer Content, %wt. | ||
| 2,4-TDI | 80.0 ± 1.0 | |
| 2,6-TDI | 20.0 ± 1.0 | |
| Total Acidity, %wt. | Max. 0.004 | H900.0500S |
| Hydrolyzable chlorine, %wt. | Max. 0.006 | H900.3500S |
| Total chlorine %wt. | Max. 0.05 | H900.8000S |
| Parameter | Value | |
| Pt/Co-colour | 7 Max. | |
| Density at 20ºC | 0.801 g/sm3 | |
| Mass fraction of main substance | 99.5% Min. | |
| Acidity, calculated as Acetic Acid | 0.003%, Max. | |
| Bromine value, g of Br in 100 g of isobutanol | 0.02 Max | |
| Acid value | 0.03%, Max. | |
| Mass fraction of non-volatile reminder, | 0.0025 %, Max | |
| Mass fraction of water | 0.1 %, Max | |
| Parameter | Value |
| Pt/Co-colour | 10 Max. |
| Density at 20ºC | 0.809 g/sm3 |
| Mass fraction of main substance | 99.4% Min. |
| Acidity, calculated as Acetic Acid | 0.003%, Max. |
| Bromine value, g of Br in 100 g of isobutanol | 0.02 Max |
| Acid value | 0.06%, Max. |
| Mass fraction of non-volatile reminder, | 0.0025 %, Max |
| Mass fraction of water | 0.1 %, Max |
| Packing Units | 200kg / 200ℓ Zn-coated Drum, ISO Tank, Bulk |
| Purity, wt.% | 99.96 Min. |
| Molten Color, Pt/Co | 10 Max. |
| Solidification Point, ℃ | 40.7 Min. |
| Water Content, wt.% | 300 Max. |
| Iron Content, ppm | 0.10 Max. |
| Appearance | White Crystalline Mass, Clear Liquid (@41℃ or above) |
| Molecular Weight | 94.11 |
| Boiling Point, ℃ | 182 |
| Melting Point, ℃ | 41 |
| Flash Point, ℃ | 79 |
| Autoignition Temperature, ℃ | 715 |
| Vapor Pressure @25℃, mmHg | (Solid) 0.35 |
| Explosive Limits, vol.% | (Lower) 1.36%,(Upper) 10.0% |
| Vapor Density *[air=1] | 3.2 |
| Viscosity @80℃, cP | 1.51 |
| Specific Gravity *[H2O=1] | 1.0576 (Liquid @41/4℃) |
| Solubility in Water @25℃, wt.% | 8.3 |
| Parameter | Value | |||||
| Vinyl Acetate. | WT% | Min 99.9% | ||||
| Acetaldehyde. | ppm | Max 100 | ||||
| Ethyl Acetate. | ppm | Max 150 | ||||
| Methyl Acetate. | ppm | Max 50 | ||||
| Acidity. | ppm | Max 50 | ||||
| Water. | ppm | MAX 400 | ||||
| Colour. | APHA | MAX 5 | ||||
| Specific Gravity | 20/20oC | 0.932~0.936 | ||||
| Distillation Rang | oC | 71.0~73.5 | ||||
| Hydroquinone | ppm | *1 0.05~2 | *2 4~7 | *3 7~9 | *4 14~16 | |
| Appearance | Clear & Free | |||||
Ethylene oxide adds value from upstream to downstream, expanding the market and increasing the value of a wide range of downstream industries. These products used as components for cosmetics, feedstock for the textile industry, clear plastic containers, hygiene products, pharmaceuticals and livestock feed.
Ethylene Glycol is used for the main in Polyester manufacturing for fiber and PET application. And can be used for applications that require chemical intermediates for resins, solvent couplers, freezing point depression, solvents, humectants and chemical intermediates. These applications are vital to the manufacture of a wide range of products, including PET resins; deicing fluids; heat transfer fluids; automotive antifreeze and coolants; water-based adhesives, latex paints and asphalt emulsions; electrolytic capacitors; textile fibers; paper and leather.
Monoethylene Glycol MEG
Sales Specification
| Items | Units | Specification |
| Appearance | – | Clear, Colorless |
| Suspended Matter | – | None |
| Specific Gravity @ 20/20°C | – | 1.1151 – 1.1156 |
| MEG Content | %WT | 99.9 (Min) |
| DEG Content | %WT | 0.02 (Max) |
| Water Content | %WT | 0.02 (Max) |
| Distillation Range @760 mm Hg: | ||
| – Initial boiling points | °C | 196 (Min) |
| – Dry point | °C | 199 (Max) |
| – 5% to 95% Volume Range | °C | 1 (Max) |
| UV Transmittance: | ||
| – at 220nm | % | 80 (Min) |
| – at 250nm | % | 90 (Min) |
| – at 275nm | % | 95 (Min) |
| – at 350nm | % | 99 (Min) |
| Color Pt-Co units : | ||
| – Before heating | mg Pt/L | 5 (Max) |
| – After heating 4 hours | mg Pt/L | 10 (Max) |
| – After heating with NaOH | mg Pt/L | 10 (Max) |
| – After heating with HCL | mg Pt/L | 10 (Max) |
| Acidity (as Acedic acid) | ppm wt | 10 (Max) |
| Chloride | ppm wt | 0.1 (Max) |
| Iron (Fe) | ppm wt | 0.05 (Max) |
| Ash | ppm wt | 10 (Max) |
| Alhehydes (as Formaldehyde) | ppm wt | 8 (Max) |
Diethylene Glycol (DEG)
Sales Specification
| Items | Units | Specification |
| Appearance | – | Clear, Colorless |
| Suspended Matter | – | None |
| Specific Gravity @ 20/20°C | – | 1.1175-1.1195 |
| DEG Content | %WT | 99.8 (Max) |
| MEG Content | %WT | 0.05 (Max) |
| TEG Content | %WT | 0.05 (Max) |
| Water Content | %WT | 0.1 (Max) |
| Distillation Range @760 mm Hg IBP to DP | °C | 242-250 |
| Color Pt-Co units | mg Pt/L | 10 (Max) |
| Acidity (as Acedic acid) | ppm wt | 50 (Max) |
| Iron (Fe) | ppm wt | 0.1 (Max) |
| Ash | ppm wt | 50 (Max) |
Triethylene Glycol (TEG)
Sales Specification
| Items | Units | Specification |
| Appearance | – | Clear, Colorless |
| Purity | %WT | 99.5 (min) |
| Specific Gravity @ 20/20°C | – | 1.122-1.126 |
| Distillation Test (5 vol%) | °C | 275 Min |
| Distillation Test (95 vol%) | °C | 300 (max) |
| Water Content | %WT | 0.1 (Max) |
| Color (APHA No.) | – | 25 (Max) |
| Acidity (as Acedic acid) | ppm wt | 0.01 (Max) |
| Residue on ignition | %WT | 0.01 (Max) |
| Water Solubility | – | Pass |
Ethanolamines are used for various industrial for various functional. The useful of ethanolamines is the reason of combination between the properties of amines and alcohols, they exhibit the unique capability of undergoing reactions common to both groups. As amines, they are mildly alkaline and react with acids to form salts or soaps. As alcohols, they are hygroscopic and can be esterified.Ethanolamines are used as chemical intermediates for agliculture products. It is used in many cement and concrete production applications, to enhance strength, reduce drying time and protect against the affects of freezing and thawing, providing a reserve alkalinity to the laundry bath, essential to efficient cleaning, pH control agent etc.
Products
- Monoethanolamine (MEA)
- Diethanolamine (DEA)
- Triethanolamine (TEA)
Monoethanolamine (MEA)
Sales Specification
| Properties | Value | Test Method |
| Purity | 99.0 WT% (Min) | ASTM D-2073/2074 |
| SP.GR (20/20°C) | 1.017-1.019 | ASTM D-891 |
| Water | 0.2 WT% (Max) | ASTM D-1354 |
| IBP | 166°C (Min) | – |
| DP | 174°C | – |
| Color Pt.co | 10 (Max) | ASTM D-1209 |
| Equivalent MOL. Weight | 61-62.5 | Ma – 238 |
Diethanolamine (DEA)
Sales Specification
| Properties | Value | Unit | Test Method |
| Purity | 98.5 min | wt% | MA-503(GC) |
| SP.GR (30/20°C) | 1.0-1.094 | – | ASTM D-891 |
| Water | 0.15 Max | wt% | ASTM D-1364 |
| MEA | 0.6 Max | wt% | MA-503(GC) |
| TEA | 0.8 Max | wt% | MA-503(GC) |
| Color Pt.co | 15 Max | – | ASTM D-1209 |
| Equivalent MOL. Weight | 104-106 | – | MA-503 |
Triethanolamine (TEA)
Sales Specification
| Properties | Value | Test Method |
| Appearance | Transparent Liquid | – |
| Purity | 99.0 WT% (Min) | ASTM D-2073/2074 |
| SP.GR (20/20°C) | 1.122-1.127 | ASTM D-891 |
| Water | 0.2 WT% (Max) | ASTM D-1364 |
| Color Pt.co | 40max. | ASTM D-1209 |