Matcon - Stainless steel Cone Valve IBCs
Designed to meet the highest hygiene and safety requirements, Matcon Intermediate Bulk Containers are manufactured with no enclosed crevices or hollow sections that could trap product or contaminants. Efficient and dust-tight, they provide a system that lives up to the most rigorous of standards. The Matcon Cone Valve IBC is manufactured from 316L stainless steel or 304 stainless steel, dependent upon the application.
Cone Valve IBC features at a glance
Our S series IBCs are manufactured in stainless steel with a surface finish to meet your requirements.
Our unique Cone Valve technology within each IBC prevents the traditional powder handling issues of bridging, blocking, and blend segregation.
Suitable for blending, storage and transportation of powder mixes, the range offers contained dust-tight powder handling.
Each IBC is manufactured with no enclosed crevices or hollow sections that could trap products or contaminants, which enables them to meet the highest hygiene and safety requirements.
The range of stainless steel IBCs includes:
300 - 500 Litres - Small IBC for smaller batch sizes or testing purposes.
1,000 - 2,000 Litres - Most commonly used range of IBC batch sizes.
2,500 - 3,500 Litres - Large scale IBC to match larger batch requirements
Key benefits of Matcon IBCs
The Matcon Cone Valve IBC enables the creation of an efficient manufacturing system; from the simple decoupling of fixed mixers to improve capacity, to creating a multi-batch, multi-mixer arrangement.
Our unique Cone Valve technology sits within each IBC and prevents the traditional powder handling issues of bridging, blocking, and blend segregation.
With complete and controlled discharge processes our IBCs can dose to target weights thereby negating the need for ancillary feeders.
Being fully contained and offering dust-free handling there is no risk of cross-contamination, which means our systems are safely used in allergen handling factories.
The easy to clean, hygienic design means that cleaning is thorough and reduces the risk of contaminants re-entering the workflow.