– Petroleum Jelly

Petroleum jelly is a blend of paraffin oil, paraffin wax, and microcrystalline waxes. This product is processed by heating the oil, mixing in the waxes, and cooling the jelly before packaging. It is produced through fractional distillation of crude oil and is used in pharmaceutical, cosmetic, and industrial applications.

Pharma Pet Jelly Packaging:

● 175 kg steel drums (other packaging options available upon request)

Packing of Cosmetic Pet Jelly

● In New Iron Drums (Net weight for each drum = 175 Kg, 1 Container 20 Ft. =80 Drums=14 Tons)

● In New Iron Drums (Net weight for each drum = 20 Kg, Used for ground transportation)

● In New Iron Drums (Net weight for each drum = 100 Kg, 1 Container 20 Ft. =180 Drums=18 Tons)

● In New PE Drums (Net weight for each drum = 55 Kg, Used for ground transportation)

● In New PE Drums (Net weight for each drum = 175 Kg, 1 Container 20 Ft. =80 Drums=14 Tons)

 

Packing of Industrial Pet Jelly

● In New Iron Drums (Net weight for each drum = 175 Kg, 1 Container 20 Ft. =80 Drums=14 Tons)

● In Recondition Drums (Net weight for each drum = 100 Kg, 1 Container 20 Ft. =180 Drums=18 Tons)

● For more loading capacity sometimes ISO tank or flexi tank is used. In flexi tank 20 MT net petroleum jelly can be loaded. In ISO tank 22 MT net petroleum jelly can be loaded.

Types of Petroleum Jelly:

Pharma Pet Jelly

    Cosmetic Pet Jelly

      Industrial Pet Jelly

        Analysis of Pharma Pet Jelly

        NO

        CHARACTERISTIC

        RESULT

        ACCEPTED LIMIT

        METHOD

        1

        Kinematic viscosity at 100 ˚C

        6.1 cSt

        6-8 cSt

        ASTM D-445

        2

        Congealing   Point

        57 ˚C

        45-58 ˚C

        ASTM D-938

        3

        Penetration Consistency

        157 (0.1 mm)

        140-160 (0.1 mm)

        ASTM D-937

        4

        Color (Lovibond)

        0.2 Y

        Max 0.5 Y

        IP-17 Method A 2 cell

        5

        Acidity or Alkalinity

        Passed

        According to test method

        B.P 2007

        6

        Odor

        Passed

        Odorless when rubbed on hand

        ——-

        7

        Polycyclic aromatic Hydrocarbons

        Passed

        Not more than absorbance of solution 6mg/l Naphthalene in DMSO @ 278 nm

        B.P 2007

        Analysis of Cosmetic Pet Jelly

        NO

        CHARACTERISTIC

        RESULT

        ACCEPTED LIMIT

        METHOD

        1

        Kinematic viscosity at 100 ˚C

        5.8 cSt

        4.5-6.5 cSt

        ASTM D-445

        2

        Congealing   Point

        53.5 ˚C

        51-55 ˚C

        ASTM D-938

        3

        Penetration Consistency

        128 (0.1 mm)

        120-130 (0.1 mm)

        ASTM D-937

        4

        Color (Lovibond)

        0.7 Y

        Max 1 Y

        IP-17 Method A 2 cell

        5

        Acidity or Alkalinity

        Passed

        According to test method

        B.P 2013

        6

        Polycyclic aromatic
        Hydrocarbons

        Passed

        Not more than absorbance of solution 6 mg/l Naphthalene in DMSO@278 nm

        B.P 2013

        7

        Drop Melting Point

        56 ˚C

        55-58 ˚C

        ASTM D-127

        8

        Odor

        Passed

        Odorless when rubbed on hand

        ——-

        9

        Kinematic viscosity at 100 ˚C

        6.2 cSt

        6-8 cSt

        ASTM D-445

        10

        Congealing   Point

        57.5 ˚C

        54-58 ˚C

        ASTM D-938

        11

        Penetration Consistency

        147 (0.1 mm)

        140-160 (0.1 mm)

        ASTM D-937

        12

        Color (Lovibond)

        0.7 Y

        Max 0.7 Y

        IP-17 Method A 2 cell

        13

        Acidity or Alkalinity

        Passed

        According to test method

        B.P 2007

        14

        Odor

        Passed

        Odorless when rubbed on hand

        ——-

        Analysis of Industrial Pet Jelly

        NO

        CHARACTERISTIC

        ACCEPTED LIMIT

        METHOD

        1

        Kinematic viscosity at 100 ˚C

        4.5-6 cSt

        ASTM D-445

        2

        Congealing   Point

        54-58 ˚C

        ASTM D-938

        3

        Penetration Consistency

        110-150 (0.1 mm)

        ASTM D-937

        4

        Color (Lovibond)

        Max 1.7 Y

        IP-17 Method A 33 cell

        5

        Acidity or Alkalinity

        According to test Method

        B.P 2007