Depilatory Wax Steel Belt Pastillator
Product Video
Long Description
The production workflow begins with molten depilatory wax fed from a heated holding tank into the pastillator’s dosing head. The head deposits uniform droplets onto a moving stainless steel belt, which is continuously water-cooled from below. As the belt travels, the wax solidifies into firm, dust-free pastilles that are then gently scraped off and collected for packaging or further handling.
Depilatory wax presents unique difficulties in conventional granulation: it is inherently tacky, softens easily at room temperature, and tends to smear or clump under mechanical force. Traditional cutting or milling methods often produce irregular particles, generate sticky fines, and require frequent cleaning due to wax buildup. Our steel belt pastillator overcomes these issues by using a non-contact, drop-forming process that never stresses the wax mechanically, preserving its thermal and physical properties while creating clean, uniform granules.
The system supports a capacity range of 100–1200 kg/h, and the granule size (typically from 2 mm to 15 mm) is fully customizable to meet specific packaging, melting, or application needs.
Key Advantages
Consistent granule geometry – Every pastille has the same size and shape, ensuring predictable melting behavior and easy handling.
No dust, no smearing – The process generates virtually no fines or sticky residues, reducing waste and cleaning downtime.
Gentle handling – No cutting, crushing, or high-shear action, which is critical for heat-sensitive and tacky wax blends.
High on-stream reliability – Robust steel belt and sealed droplet head are designed for continuous operation with depilatory waxes, minimizing interruptions.
Easy cleanability – Smooth belt surface and accessible design allow quick product changeovers or removal of residual wax.
With decades of experience in complete pastillation systems, we ensure seamless integration from melt tank to final granule discharge, backed by practical process expertise for the depilatory wax industry.
Engineering case
