industry grade microcrystalline wax with melting point 70-80

The primary applications of industrial-grade microcrystalline wax are
categorised and detailed as follows:
1. Fats and Lubricants Industry
This represents one of the largest application areas for microcrystalline
wax.
Petroleum jelly: Serving as the principal thickener and gelling agent, it
blends with high-viscosity mineral oils to form petroleum jelly's
characteristic paste-like structure. This directly addresses your previous
query.
Greases: Within greases, microcrystalline wax functions as a thickener or
modifier, enhancing adhesion, sealing properties, and water resistance.
Rust Inhibitors: Microcrystalline wax can be formulated into solvent-based or
emulsifiable rust-preventative oils/greases. It forms a soft, dense, and
highly adherent protective film on metal surfaces, effectively isolating
moisture and air to prevent corrosion.
2. Rubber and Tyre Industry
Microcrystalline wax serves as a guardian in this sector.
Physical Anti-Ageing Agent: This represents its most crucial function within
rubber compounds. During rubber compounding, microcrystalline wax disperses
uniformly. When vulcanised rubber products (such as tyres) develop
microscopic ‘ozone cracks’ from bending and stretching during use, the wax
slowly migrates to the surface, forming a thin, dense wax film. This layer
effectively blocks ozone attack, significantly slowing rubber ageing and
extending product lifespan.
3. Coatings, Paints and Inks Industry
Utilised for its water resistance, gloss enhancement and flexibility.
Polishing agents: Employed in floor waxes, automotive polishes, etc., to
impart gloss and abrasion resistance.
Coating modification: Incorporated into specialised coatings (e.g., marine
paints, waterproof coatings) to enhance water resistance, flexibility, and
chemical resistance.
Printing ink additives: Used to improve ink abrasion resistance, scratch
resistance, and provide anti-slip properties.

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