Henosis EX Diaphragm

The Henosis EX diaphragm by Crane Saunders® is a groundbreaking solution designed to optimize efficiency, reliability, and sustainability in high-sterile steam processes.

Henosis EX can be used on a range of diaphragm bodies/ weirs, regardless of manufacturer. A universal diaphragm with a lifespan that’s at least triple that of traditional PTFE/EPDM options to increase your production efficiency

Henosis EX significantly reduces the need for replacements, resulting in a dramatic decrease in plastic waste. This equates to replacing three competitor diaphragms with just one Henosis EX, making it a more environmentally friendly choice.

Product Benefits

At least 3 x longer lifespan vs Current market offering
Can be used on a range of diaphragm bodies/ weirs, regardless of manufacturer
Reduce maintenance time cost through extended life
Improved seal to atmosphere performance providing reduced re torque requirements

Technical Data

TEMPERATURE

Maximum constant 175°C (347°F)
Maximum intermittent 175°C (347°F)
Minimum temperature -30°C -(4°F)

CONFORMANCE

FDA compliant to 21CFR part 177
USP Class VI < 87>,< 88>(third party tested)
ASME BPE part SG
Certified ADCF (Animal Derived Component Free)
Fully lot traceable to EN 10204 3.1

DESIGN FEATURES

Silicone Backing Cushion

Dicumyl peroxide cured
Outstanding thermal properties
Best in class resistance to compression set
Fabric reinforced to optimize flex performance

Modified PTFE Wetted Face

Optimum ratio of crystalline and amorphous micro structure
Reduced creep and flow at elevated temperatures means less deformation
Ideal for high steam applications

Application

Steam block
Sterile barrier
Steam distribution and supply
Process lines subjected to long duration steam cleaning

Note

44% saving on maintenance & production downtime cost*

33% saving on carbon emission**

*Based on # of Valves =2000; Labour Cost = $50/Hr; # of Maintenance Personal = 6; Time for Diaphragm Replacement = 1hr; Avg: Final Product Value = $50/kg.

** Based on # of valves = 2000