Storage hopper SBW

for bulk materialsfor plasticsfor plastics

Description
The SBW-type buffer storage hopper is a robust engineering solution designed for the temporary storage and controlled feeding of bulk materials. Specifically developed for waste treatment centres and heavy-duty industrial conveying facilities, it effectively regulates material flows to optimise the performance of downstream sorting lines.

Technical Expertise & Industrial Benefits

• High-performance folded sheet metal frame: Provides a structure that is lightweight, compact and rigid, facilitating its integration into confined spaces and simplifying assembly operations
• Modularity and flexibility: Fully adjustable in length and width to adapt precisely to the specific volumes, fractions and densities of your materials
• Resistance to severe abrasion: Designed using materials with a high yield strength capable of withstanding the impact and continuous friction of abrasive products
• Easier preventive maintenance (reduced OPEX): Access to wear areas is optimised, and the exclusive use of standardised spare parts ensures maximum plant availability.

Available options

• Belt scraper: Ensures continuous cleaning of discharge surfaces to prevent blockages
• Maintenance brush: Prevents the build-up of fines and dust on moving components
• Stone guard: Provides robust protection for the mechanism against falling bulky objects or large foreign bodies
• Stainless steel module: Recommended for applications in corrosive or damp environments, or where strict hygiene standards apply.

Applications

• Recycling sorting centres (CS)
• Household waste (DMA) and industrial waste (DIB) treatment units
• Heavy-duty industrial conveying and material recovery facilities

Information required for your quotation request
To obtain a personalised quotation, click on “Request a quotation” and specify:

• Type of material to be conveyed
• Desired throughput (t/h or m³/h)
• Particle size of the material
• Desired belt length and width
• Installation and in-line integration requirements