Binding chemical BeeFoam

water-based liquidfor the construction industrysoluble

Overview
BeeFoam is a foam-based dust suppressant designed for multiple industrial separation and recycling applications. It uses minimal water combined with air to form a foam that binds and weights dust particles while keeping materials suitable for sorting and processing.

About BeeFoam
Many dust suppression methods rely on water alone, which can over-wet materials and impair proper separation or damage equipment. BeeFoam operates with a minimal volume of water mixed with air to create a light foam that adheres to dust particles and reduces airborne dust without saturating the product. Treated material can remain dust-free (including fines) for up to 12 days, depending on application conditions. BeeFoam is biodegradable, non-hazardous for operators and holds European certification.

Applications

• Sorting lines for construction and demolition waste
• Wood shredders
• Rubble crushers
• Quarries
• Compost industry
• Cement industry
• Concrete industry
• Electronics recycling
• Metal recycling
• Plastic recycling
• Fibre reinforced plastics

Advantages

• Eliminates airborne dust in the working area
• Reduces or removes the need for dust hoods, overpressure and local extraction
• Decreases machine wear
• Easy to apply and integrate into existing systems
• Produces a less damp end product compared with water-only systems
• Biodegradable and environmentally considerate
• Improves working conditions for operators

Characteristics / technical specifications

• Technology: Foam-based dust suppression using minimal water mixed with air
• Effect duration: Keeps material dust-free (including fines) for up to 12 days (depending on conditions)
• Environmental: Biodegradable; European certified
• Operator safety: Non-hazardous for operators
• Compatibility: Suitable for all types of waste streams and multiple industries (see Applications)
• Operational benefits: Reduces machine wear, lowers need for extraction/overpressure, yields a less damp end product