Microcrystalline paraffin (8002-74-2)

product

chemical composition

Orthostructural content

freezing point（℃）

appearance

application characteristics

H7075

Refined paraffin and widened molecular weight

Mixture of distributed microcrystalline wax

55/45

70-75

White to light yellow flakes

High temperature protective wax has a slow film formation rate and good stability to dynamic stress. The peak carbon number is between C35-C37, which can provide higher temperature and longer ozone protection for tires/rubber products.

H7075M

Refined paraffin and widened molecular weight fraction

Mixture of cloth microcrystalline wax

50±5

70-75

White to light yellow flakes

High temperature protective wax has a slow film formation rate and good stability to dynamic stress. The peak carbon number of n-alkanes is between C35-C37, which can provide higher temperature and longer ozone protection for tires/rubber products.

HB10

Refined paraffin and wide molecular weight

Mixture of distributed microcrystalline wax

52/48

66-72

White granules

Protect rubber products from cracking caused by ozone and weather conditions, suitable for long-term ozone protection of rubber products.

H3841

Refined paraffin and widened molecular weight

Mixture of distributed microcrystalline wax

59/41

64-69

Light blue granules

The rate of film formation is very slow, and it has good stability to dynamic stress. The peak carbon number is at C38, which can provide long-term effective protection for tires and other rubber products.

H2122

Refined paraffin and wide molecular weight

Mixture of distributed microcrystalline wax

72/28

60-67

White granules

The bimodal microcrystalline paraffin wax, formed at a moderate rate, has good stability to dynamic stress as a protective film. The peak carbon number at C32 can provide long-term effective protection for tires and other rubber products.

H2122A

Refined paraffin wax and wide molecular weight distribution

A mixture of microcrystalline wax and polyethylene

68±5

60-66

White granules

The bimodal structure microcrystalline paraffin wax has a slow film formation rate and good stability to dynamic stress. The peak carbon numbers are at C27 and C32, which can provide long-term effective protection for tires and other rubber products.

H2122B

Refined paraffin wax and wide molecular weight distribution

Mixture of microcrystalline wax

75±5

63-68

White granules

The bimodal structure microcrystalline paraffin wax has a slow film formation rate and good stability to dynamic stress. The peak carbon numbers are at C27 and C32, which can provide long-term effective protection for tires and other rubber products.

H2122X

Refined paraffin wax and wide molecular weight distribution

Mixture of microcrystalline wax

75±5

60-66

White granules

The bimodal structure of n-alkanes has special requirements for carbon number distribution and good stability to dynamic stress. The peak carbon numbers at C27 and C32 can provide long-term effective protection for tires and other rubber products.

product

chemical composition

Orthostructural content

Freezing point (℃)

appearance

application characteristics

H3241

Refined paraffin and wide molecular weight

Mixture of distributed microcrystalline wax

59/41

63-68

Light green granules

The rate of film formation is very slow, and it has good stability to dynamic stress. The peak carbon number is at C32, which can provide long-term effective protection for tires and other rubber products.

H3241A

Refined paraffin and wide molecular weight

Mixture of microcrystalline wax and polyethylene for distribution

59/41

63-69

Light green granules

On the basis of H3241, the free flow characteristics have been improved to avoid clumping during high-temperature storage or transportation of the product, making it suitable for tropical regions.

H3241H

A mixture of refined paraffin wax, wide molecular weight distribution microcrystalline wax, and polyethylene

60±5

72-80

White to light yellow flakes

The rate of film formation is very slow, and it has good stability to dynamic stress. The peak carbon number is at C32, which can provide long-term effective protection for tires and other rubber products.

H3240

Refined paraffin and wide molecular weight

Mixture of distributed microcrystalline wax

60/40

62-67

White to light yellow flakes

The molecular weight distribution range of this product is wide (C20~C50), and the peak carbon number is at C32, which can provide long-term effective protection for tires/rubber products.

H3240A

A mixture of refined paraffin wax, wide molecular weight distribution microcrystalline wax, and polyethylene

60±5

62-67

White to light yellow flakes

On the basis of H3240, the free flow characteristics have been improved to avoid clumping during high-temperature storage or transportation of the product, making it suitable for tropical regions.

H3236

Refined paraffin and medium to wide molecular weight

Mixture of distributed microcrystalline wax

64/36

61-67

White to light yellow flakes

The peak carbon number is C32, and the protective film formed at a moderate speed has excellent resistance to dynamic stress stability, which is used to protect tires and other rubber products from cracking caused by ozone and weather aging.

H3236A

Refined paraffin and medium to wide molecular weight

Mixture of microcrystalline wax and polyethylene for distribution

64/36

62-68

White to light yellow flakes

On the basis of H3236, the free flow characteristics have been improved to avoid clumping during high-temperature storage or transportation of the product, making it suitable for tropical regions.