Heat and Control Revolution Mid-Gate for conveyor pan

Monday, 16 June, 2014 | Supplied by: Heat and Control Pty Ltd

Heat and Control has developed the Revolution Mid-Gate for its FastBack conveyor pan.

The gate, which is suitable for small and medium capacity lines and tight equipment layouts, can be mounted at the beginning, middle or end of the conveyor pan to eliminate product transfer pinch‐points and get the advantages of proportional distribution, including zero cross‐contamination, reduced product breakage, easy cleaning and safe, responsive full‐open to full‐closed speeds for all throughputs.

Online: www.heatandcontrol.com
Phone: 07 3877 6333

Protect-Air CartReg inline regulator for compressed air pressure

Protect-Air's CartReg inline regulator offers a simple solution for controlling compressed...

EXAIR EFC Electronic Flow Control for compressed air

EXAIR's EFC Electronic Flow Control has been redesigned to make it easier to minimise...

Epicor Prism portfolio of vertical AI agents

Epicor Prism is a portfolio of vertical AI agents designed specifically for the supply chain...

Content from other channels on our network

$225,000 fine follows 350 kg trailer axle falling on worker

Shopping centre fined $60K after worker crushed between forklift load and pallet of vegetables

WHS impacts of climate change — development of a national strategy announced

Why preventing bridge strikes starts long before the bridge

Report traces how age bias plays out once workers are employed

Research hub to advance energy transition

ARRC seeks feedback on alternative waste treatment method

The next phase of Australia's energy transition demands specialised engagement and a focus on delivery

Coal and LNG export demand could dry up before 2040: report

Electrification the focus for COP31

Australia signs Horizon Europe agreement in landmark deal

Fast-aging placentas may contribute to pre-eclampsia

BioNTech opens mRNA manufacturing facility at La Trobe

New species of bacteria discovered in prostate cancer patients

3D 'video' reveals inner activity of cells