MANUFACTURING FACILITY
Sate of the Art Manufacturing Plant Closed System Large warehousing spaces self-owned to store raw materials and finished pro
LABORATORY
In House facilities for all chemicals test In House Gas Chromatography
UTILITIES
All Utilities Self-Generated, hence less dependence, Steam Boiler, Chiller, Cooling Tower, Water Treatment plant
PRODUCT
High Quality Waxes As per Carbon Distribution required Low Oil Content Available in Pellets. Eva bag packing also available
PACKAGING
20-50 kg HDPE Bags 25-50 kg Carton Boxes Palletization also available
SALES
Major Customers are Apollo Tyres JK Tyres Vikrant Tyres TVS Srichakra MRF LIMITED Ceat Limited Metro Tyres Ralson Tyres Exports to Sri Lanka, USA & Mexico
ADVANTAGES OF GUJARAT PARAFFINS AS A VENDOR
World Class Quality and Technical Support at a reasonable Cost Local Stocks Immediate Deliveries and technical service Proven track record at several Tyre companies for over 50 years Tie up with refineries in Indonesia, Turkey, China, India, Hungary, Malaysia, Korea for regular supplies of raw material.
SPECIFICATION
REFINED PARAFFIN WAX - DUWAX II
Sr. Parameters Specifications Test-Method 1 Appearance White Pallets Visual 2 Specific gravity of solid by liquid displacement (typical) 0.915 IP59/82 Balance Method 3 Conjealing Point 60.0°C-63.0°C ASTMD 938-71 4 Drop Melting Point 62.0°C-68.0°C ASTMD 127-63 5 Ash Content 0.1% ASTMD 482-80
REFINED PARAFFIN WAX - DUWAX II
Parameters Specifications Test-Method Colour White to Yellow Pallets Visual Congealing Point 63.0°C---70.0°C ASTM D 938-71 Viscosity at 100°C 6.5---7.2 Cst ASTM D 445-83 Refractive Index at 100°C 1.4255---1.4320 ASTM D 1747 Ash Content 0.1% Max ASTM D 482-80 Oil Content 0.1% ASTM D 721
TYRE WAX 114
Sr. Parameters Specifications Test-Method 1 Appearance White to Yellow Pallets Visual 2 Congealing Point 63.0 °C - 70.0 °C ASTMD 938 3 Drop Melting Point 75.0 °C - 82.0 °C ASTMD 127 4 Viscosity @ 100 °C 6.5 - 7.2 Cst ASTMD 445 5 Refractive Index @ 100 °C 1.4288 ± 0.0032 ASTMD 1747 6 Ash Content 0.1 % Max ASTMD 482 7 Oil Content 1.0 % Max ASTMD 721 8 Centering Point of the Peak C25 ± 1 C32 ± 1 ASTMD 5442 9 Normal Hydro Carbon   ASTM D5442   C20 - C24 11-23%     C25 - C29 28-44%     C30 - C34 25-50%     C35 - C40 4-20%
TYRE WAX 222 (Ozone Protecting Wax)
Sr. Parameters Specifications Test-Method 1 Appearance White to Pale Yellow Pellets VISUAL 2 Drop Melting Point 68.0oC - 75.0oC ASTTVI D 127 3 Congealing Point 64.0oC -71.0oC ASTM D 938 4 Soecific Gravitv (Typical) al25oc 0.920 !P / 59 Balance Method 5 Refractive lndex at 100oc 1.420 - 1.440 ASTM D 1747 6 Ash Content at 750oc for 2 hours 0.2% Max ASTM D 482 7 n-Paraffin Content 60-73% ASTM D 5442   Centering of the Peak C25±1,C32±1 ASTM D 5442   Total n-Paraffin Content   C20 -C24 11 - 23%   C25 -C29 28 - 40%   C30 -C34 25 - 45o/o   C35 - C+40 8 - 24o/o
TYRE WAX (333)
Parameters Specifications Test-Method Appearance Yellow/Brown Pallets Visual Congealing Point 58-62 Deg c ASTM D 938-71 Refractive Index at 100Deg C 1.438 ---- 1.442 ASTM D 1747 Viscosity at 99 Deg C 6---8 MAPS ASTM D 445
TYRE WAX (666)
Parameters Specifications Test-Method Congealing Point 63.0 °C - 70.0 °C ASTM D 938-71 Refractive Index at 100°C 1.426 - 1.430 ASTM D 1747 Specific Gracity @ 25°C 0.900-0.920 IP 59/82 Balance Method Needle Penetration @ 25°C (100gm) 14.0-19.0 ASTMD 1321 Oil Content 1.0% Max ASTMD 721 Carbon Number Distribution  Fraction ASTMD 5442 ≤ C24 (n-paraffin) (iso Paraffin) (n + isoparaffin) 0.9-5.5 0.0-0.5 1.0-6.0   C25-C29 (n-paraffin) (iso Paraffin) (n + isoparaffin) 13.0-19.0 1.0-3.5 14.0-22.5   C30-C34 (n-paraffin) (iso Paraffin) (n + isoparaffin) 25.5-32.5 9.5-15.5 39.0-47.5   C35-C39 (n-paraffin) (iso Paraffin) (n + isoparaffin) 9.0-16.5 11.0-16.5 19.0-32.0   C40-C50 (n-paraffin) (iso Paraffin) (n + isoparaffin) 1.5-7.0 4.0-8.0 6.0-13.0   >C50 (n-paraffin) (iso Paraffin) (n + isoparaffin) 0.0-1.5 0.0-1.0 0.5-2.5   (n-paraffin) (Total iso Paraffin) 60.0-70.0 30.0-40.0
TYRE WAX (111)
Parameters Specifications Test-Result Test-Method Colour White to Yellow Pallets White Pallets Visual Congealing Point 63.0°C ---70.0°C 64.0°C ASTM D 938-71 Viscosity at 100°C 6.5 ---- 7.2 Cst 6.9 Cst ASTM D 445-83 Refractive Index at 100°C 1.4255---- 1.4320 1.430 ASTM D 1747 Ash Content 0.1% Max 0.02% ASTM D 482-80 Oil Content 1.0% 0.8% ASTM D 721
TYRE WAX 600
Parameters Specification Test Method Appearance White to yellowish pallets Visual Congealing Point 64.0°c - 69.0°c ASTMD 938 Specific Gravity (Typical) 0.910 - 0.920 IP 59/82 Balance Method Refractive Index @ 100°c 1.425 - 1.431 ASTMD 1747 Ash content @ 950°c, 1 hour 0.1 Max ASTMD 482 Carbon Number Distribution Fraction ASTMD 5442 C31 8-12%   C32 8-12%   C33 8-12%   ≤C22 Max 2.5%   ≥C43 Max 3.0%   n-Paraffin content% 75-85% ASTMD 5442
TYRE WAX 126
Parameters Specification Test Method Appearance White to pale yellow pallets Visual Congealing Point 70.0'c - 76.0'c ASTMD 938 Drop tMelting Point 70.0"c - 82.0'c ASTMD 127 Refractive lndex at 100'c 1.425 - 1 .431 ASTMD 1747 Kinematic Viscosity @ 100"c 7.5 -9.5 cst ASTMD 445 Ash content @ 850"c, 0.10% ASTTUD 482 Specific Gravity AT 25 "c 0.91 - 0.92 (Typical) lP 59 Balance Method Carbon Number Distribution     ≤c24 0-3%       ASTMD 5442 c25-C29 6-13% c30-c34 34 - 48% c35-C39 29 - 42% c40.c50 10-19 % >c50 0-2 % Total n-Paraffin 80 - 90 % lso-paraffin 10 -20 %
INDRAMIC 800-A (DUWAX X)
Property Method Min Max Drop melting point, "F ('C) ASTM D-127 171(77.2) 200(93.3) Oil Content, wt% ASTM D-721 - 2.5 Viscosity @ 210'f, eSt ASTM D-445 9.0 21.0 Penetration @ 77'F,dmm ASTM D-1321 6 - Penetration @ 110'F, dmm ASTM D-1321 - 35 Flash point, 'F ('C) ASTM D-92 400 (204) - Organic insoluble matter, % MIL-W-20553D Specs - 0.03 Alkalinity, % MIL-W-20553D Specs - None Acidity, as acctic acid, % MIL-W-20553D specs - 0.01 Exudation @ 71'C, 24 hours, % MIL-W-20553D specs - 3.0
WHY DUAL PEAK MC WAX ? Microcrystalline/Paraffin wax is a specific type of petroleum-based wax originally derived from crude oil. During the petroleum refining process, the crude oil is de-oiled and leaves behind this unique type of wax. Microcrystalline wax has a smaller crystal structure than other types of wax, making it more viscous and flexible. The main microcrystalline properties can vary slightly depending on how refined it is. The color will also range from white to a more brownish hue based on the stage of the refining process. Because of the unique properties of microcrystalline wax, it is useful for various purposes and is used in many different industries. Some of the most common uses of microcrystalline wax include: Useful for preventing rubber from becoming degraded or otherwise damaged in contact with ozone in the atmosphere. Dual peak compositions comprising blend of wax (Paraffin + Microcrystalline) one having a carbon number greater than the other. The wax compositions contain a selected weight percentage (x) of normal chain hydrocarbons having a peak carbon number and a selected weight percentage (y) of normal chain hydrocarbons having a carbon number slightly higher than the previous peak. It also contain approx. 10-20 % of iso -paraffin depending upon the requirement of the users .Selected weight percentages of the respective hydro carbons permit the wax composition to exhibit and maintain the desired performance in a relatively widely varying temperature environment. The wax tends to diffuse and bloom on the surface of the rubber with a lapse of time forming a film phase which functions physically to protect the rubber from deterioration by ozone throughout the seasons. As a result of this enique composition ; it strike a balance between ozone protection without creating a blooming issue.
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