Videos

BFM® blanking socks can be easily lined with plastic bags to make disposal of sifter overs fast and easy!

See how a flow correction ring redirects the product flow away from the walls of the flexible connector.

Learn the key basics to measuring your installation space for the right BFM® fitting.

If your connector doesn't snap-fit first time, it's because the Seeflex cuff is sticking to the spigot. This is how you fix it...

A little vegetable oil (or similar) on the cuff can help larger or slightly sticky 040AS connectors snap in to place easily.

The firmer, thicker 060ES material can take a few 'snaps' to fit perfectly

This is NOT A BFM®! How a standard hose clamped flexible connector FAILS to perform under pressure at 43.1 kPa.

The patented BFM® fitting system allows you to snap-fit in a connector in seconds.

See how standardising your plant with BFM® fitting will simplify your inventory.

The BFM® fitting works and seals perfectly in almost all negative pressure applications.

See the superior performance under vacuum of a BFM® fitting vs traditional connectors.

Watch to see how BFM® fittings fit tighter under pressure - unlike traditional hoseclips!

BFM®'s Teflex connectors all passed on explosion pressures of over 58 kPa.

Comparison of the superior performance of BFM® fittings vs traditional clamped connectors under pressure.

Kevlar Covers fit over our Seeflex connectors for added protection in explosive situations.

The TR (Tool Release) connectors have a much firmer snap band but are still easy to install.

BFM® fittings are ideally suited for oscillating applications such as sifters.

BFM®'s Kevlar Covers have been tested to contain explosion pressures in excess of 90kPa.

The BFM® LM4 has been explosion tested to exceed pressures in excess of 60kPa

The BFM® Seeflex 040E connector has been independently explosion tested to exceed pressures in excess of 60kPa.

Preparing your BFM® spigots for installation to ensure the perfect Installation Gap.