HOME / PRODUCTS / IBCS / STAINLESS STEEL

Stainless Steel Cone Valve IBCs

Efficient handling of powders

Matcon stainless steel IBCs provide contained, hygienic and efficient handling of powders from blending through to storage and transport. Suitable for blending, storage and transportation of powders, Matcon stainless steel IBCs range from 500L to 3,500L to match any batch sizes & manufacturing throughput targets.

Designed to meet the highest hygiene and safety requirements, Matcon stainless steel IBCs 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 rigorous standards.

Each IBC contains our unique Cone Valve technology which protects against the traditional powder handling issues of bridging, ratholing and blend segregation.

Download the IBC Brochure
IBC range with cone valve-1-opt
divider

Key Features


ConeValveTech

Key Benefits of Matcon Stainless Steel IBCs


  Manufacturing efficiency from using a decoupled processing system

  Cone Valve technology protects blend uniformity during the discharge process

  Controlled and guaranteed powder flow

  Dose directly from the IBC without secondary devices

  Contained, dust-free handling reduces cross-contamination risks

  Easy to clean, hygienic design

  Available in 304 & 316L stainless steel with different surface finishes

  Compatible with forklifts, straddle trucks, conveyors and AGVs

Stainless Steel IBCs

Frequently Asked Questions

IBC systems improve batch traceability and production control by keeping material in a dedicated Intermediate Bulk Container (IBC) throughout key process steps. This makes it easier to identify each batch, track where it has been, confirm what has happened to it, and maintain repeatable results with fewer uncontrolled variables.

An IBC System supports Full Traceability because each batch can remain in its own clearly identified container from dispensing and blending through transfer, discharge, storage, and packing. Instead of moving product between multiple pieces of open process equipment, manufacturers can follow one batch ID, one container history, and one documented route through production.

Production control improves because the IBC becomes a defined unit of production. Operators can monitor container status, location, recipe, weight, process stage, cleaning status, and release status more consistently. This creates better visibility over work in progress and helps teams control scheduling, line readiness, and batch progression with greater accuracy.

Matcon powder handling systems are manufactured in line with EHEDG guidelines, follow the Machinery Directive 2006/42/EC, operate under an ISO 9001-certified quality management system, and can be supplied with type approval for most ATEX classifications.

For FDA food-contact requirements, suitability should be confirmed for the specific system materials and application. Our team can work with you to review contact parts, surface finishes, seals and documentation against your internal standards and regulatory expectations, so you have clear evidence that the selected Matcon solution is appropriate for your product, process and market.

Stainless steel IBCs are usually better for hygienic, high-performance food powder handling, while plastic IBCs are a lower-cost option for less demanding applications.

In most food powder handling applications, stainless steel IBCs are generally the better choice when hygiene, cleanability, containment, and repeatable production control are the priority, while plastic containers are better suited to applications where lower cost matters more and the added performance of stainless steel is not required.

Matcon stainless steel IBCs are manufactured with no enclosed crevices or hollow sections that could trap product or allergens, helping manufacturers maintain high food hygiene standards. They are also fully self-contained, which helps protect powders from airborne dust and supports cleaner handling throughout the process.

Polyethylene IBCs remain a robust, cost-effective alternative to stainless steel for suitable powder-handling applications where the added performance of stainless steel is not required.

divider
Featured Resources

Expert Advice and Opinion

resource

What a Food Manufacturer Could do Instead of Time Spent Cleaning

20 February 2025

The cleaning of equipment and production facilities is an essential task for..

resource

Is an Intermediate Bulk Container System the Right Choice for You?

15 January 2024

Finding new ways to improve efficiency and decrease overheads are key to the..

resource

Safe Manufacturing of Refractory Cement Using Powder Pigments

02 February 2022

How Matcon used a closed manufacturing process to minimize risk during the..