Microcrystalline wax

H2122

H2122A

H2122B

H3236 (2)

H3236A

H3240

H3241 (2)

Products

Chemical

Composition

Normal /Iso

paraffine ratio

Conge-
aling℃

Appearance

Application Characteristics

H7075

Mixture of fully refined paraffine

wax and microwax with considerably

wide MWD(molecular weight distribution)

55/45

70-75

White to pale

yellow pastilles

Rubber protection wax at higher temperature up to 65 °C, the wax film is formed very slow but provides excellent stability. The peak carbon (C max.) is at C36~C37, which provides long term protection for tire and technical rubber goods at higher temperature up to 65 °C.

H7075M

Mixture of fully refined paraffine wax and microwax with considerably wide MWD(molecular weight distribution)

50±5

70-75

White to pale yellow pastilles

Rubber protection wax at higher temperatures up to 65°C, the wax film is formed very slow but provides excellent stability. The normal paraffine peak carbon (C max.) is at C35~C37, which provides long term protection for tire and technical rubber goods at higher temperatures up to 65°C.

HB10

Mixture of fully refined paraffine

wax and microwax  with wide MWD

52/48

66-72

White to pale

yellow pastilles

HB10, with its decreased solubility migrates to the surface of  vulcanizates and forms there a flexible and complete protective film which remains stable at  temperatures up to about 60 °C. The formation of the film takes place at a very slow rate. The protective film shows an excellent stability against dynamic stress and long term service.

H3841

Mixture of fully refined paraffine

wax and microwax with considerably

wide MWD

59/41

64-69

Light blue

pastilles

H3841 wax with the peak carbon Cmax. is at C38 for the very slow migration to the surface of vulcanizates and forms a a flexible and complete protective film which remains stable at  temperatures up to about 60 °C.

H2122

Mixture of fully refined paraffine

wax and microwax with wide MWD       

72/28

60-67

White to pale

yellow pastilles

H2122, protection wax with twin peak specification for earlier migration to the surface of vulcanizates and forms a flexible and complete protective film which remains stable at  temperatures up to about 50 °C. 

H2122A

Mixture of fully refined paraffine wax and microwax with wide MWD and small level of PE

68±5

60-66

White to pale yellow pastilles

H2122A, protection wax with bimodal specification for earlier migration to the surface of vulcanizates and forms a flexible and complete protective film which remains stable at  temperatures up to about 50 °C.

H2122B

Mixture of fully refined paraffine wax and microwax with wide MWD

75±5

63-68

White to pale yellow pastilles

H2122B, protection wax with bimodal specification for earlier migration to the surface of vulcanizates and forms a flexible and complete protective film which remains stable at  temperatures up to about 50 °C.

H2122X

Mixture of fully refined paraffine wax and microwax with wide MWD

75±5

60-66

White to pale yellow pastilles

H2122X, protection wax with bimodal normal paraffine specification for earlier migration to the surface of vulcanizates and forms a flexible and complete protective film which remains stable at  temperatures up to about 50 °C.

Products

Chemical

Composition

Normal /Iso

paraffine ratio

Conge-
aling℃

Appearance

A Application Characteristics

H3241

Mixture of fully refined paraffine wax and microwax with wide MWD

59/41

63-68

Light green

pastilles

H3241, with its reduced solubility migrates to the surface of the  vulcanizates and forms there a complete protective film which remains stable at  temperatures up to about 50 °C. The formation of the film takes place at a slow  rate. The protective film shows an excellent stability against dynamic stress.

H3241A

Mixture of fully refined paraffine wax and

microwax with wide MWD

and  small level of PE

59/41

63-69

Light green

pastilles

Based on H3241, small level of low molecular weight polyethylene is used for avoiding the block from relatively high temperature and long time storage and delivery.

   H3241H

Mixture of fully refined paraffine wax and microwax with wide MWD and small level of PE

60±5

72-80

White to pale yellow pastilles

H3241H, with its reduced solubility migrates to the surface of the vulcanizates and forms there a complete protective film which remains stable at temperatures up to about 50 °C. The formation of the film takes place at a slow rate. The protective film shows an excellent stability against dynamic stress.  H3241H provides a most effective long term protection.

   H3240

Mixture of fully refined paraffine wax and microwax with wide MWD

60/40

62-67

White to pale

yellow pastilles

H3241, with its reduced solubility migrates to the surface of the  vulcanizates and forms there a complete protective film which remains stable at  temperatures up to about 50 °C. The formation of the film takes place at a slow  rate. The protective film shows an excellent stability against dynamic stress.

   H3240A

Mixture of fully refined paraffine wax and microwax with wide MWD and small level of PE

60±5

62-67

White to pale yellow pastilles

Based on H3240, small level of low molecular weight polyethylene is used for avoiding the block from relatively high temperature and long time storage and delivery.

   H3236

Mixture of fully refined paraffine wax and microwax with medium wide MWD

64/36

61-67

White to pale

yellow pastilles

H3236 has a reduced solubility, migrates to the surface of the  vulcanizates and forms there a complete protective film which remains stable at  temperatures from -10°C  to about 50 °C. The formation of the protective film  takes place at a medium-fast rate. The protective film shows an excellent  stability against dynamic stress.

   H3236A

Mixture of fully refined paraffine wax and microwax with medium wide

MWD and small level of PE

64/36

62-68

White to pale

yellow pastilles

Based on H3236, small level of low molecular weight polyethylene is added  for avoiding the block from relatively high temperature and long time storage and delivery.