PB PXA oleophilic belt (25x10000 mm) for Abanaki

Description

The PB PXA oleophilic belt (25 x 10,000 mm) is a replacement part designed for oil separation systems using an oleophilic belt, used in industrial processes where it is necessary to remove floating oils from the surface of liquids like water, cutting fluids, or process solutions.

Manufactured from a specially formulated material with oleophilic and hydrophobic properties, the belt attracts and retains oils and fats while repelling water, allowing efficient recovery of the contaminant. Its 25 mm width and 10,000 mm length make it compatible with continuous band skimmer equipment.

It is suitable for applications in mechanical workshops, metallurgical processes, industrial plants, and water treatment systems.

Features

• Model: PB PXA
• Dimensions: 25 mm (width) × 10,000 mm (length)
• Type: Continuous oleophilic belt
• Material: Oleophilic and hydrophobic polymeric compound
• Application: Recovery of floating oils
• Installation: Compatible with belt skimmer systems

Applications

• Machining workshops
• Metallurgical industry
• Oil sump tanks
• Industrial washing systems
• Industrial water treatment plants

Performance

The oleophilic belt is part of a continuous oil recovery system and operates on the principle of selective affinity:

1. Contact with the liquid surface

   • The belt is partially introduced into the tank where there is water with floating oil.

2. Selective oil attraction

   • Thanks to its oleophilic property, the belt attracts and adheres oil to its surface.

   • At the same time, its hydrophobic characteristic minimizes water adhesion.

3. Continuous movement

   • The motorized system circulates the belt continuously.

   • The oil-impregnated part rises towards the scraping zone.

4. Scraping and recovery

   • At the top of the equipment, a scraper removes the oil adhered to the belt.

   • The recovered oil is directed to a storage container.

5. Cycle repetition

   • The belt descends back into the tank, repeating the process constantly.

This operation allows for efficient, continuous, and automatic separation, reducing oil accumulation and improving process fluid quality.

Advantages

• Continuous recovery of floating oils
• High separation efficiency
• Reduces maintenance and waste management costs
• Extends the lifespan of coolants and industrial fluids
• Easy replacement and installation