Series in hygienic design with IP69 degree of protection
Titan Enterprises has recently been granted additional patents for its ultrasonic flow technology that expands the acoustic operational window of flow meters.
For level, density and DP measurement without capillaries
Aseptic and hygienic valves for shut off and control
Safety notification signals for industrial, marine and hazardous areas
Sensor self-assessment and data logging functions for Oxygen Analyzer that significantly reduce operating costs
For maximum accuracy when loading, unloading and transporting hydrocarbons in the oil & gas industry
For gas and liquid measurement in marine, offshore and submersible applications
Available in two different measuring ranges with addition of functional modules
1’’ or 2’’ process connections for measuring ranges up to 1000 l/min
Oval gear meters for the offshore Oil and Gas Industry
Precise gas mixtures even at high flow
Highly robust solution for valve position feedback
Cost-effective and scalable PoE transmitter in small form factor
Standardized product range for lower engineering time
Plastic coupling elements for higher chemical resistance
Low-pulsation 3 chamber design in different construction materials
Intuitively adjustable sensors with G1/2 threads for zone 2 and 22
Expanded valve selection offers more alternatives for plant engineers
Unchanged accuracy over a wider measurement range
Rugged and compact stainless-steel housings with ATEX approvals
For industrial applications with a range from 1 to 11 bar
Simultaneous measurement of oxygen and carbon monoxide or methane concentrations for optimum combustion control in heating furnaces
Four temperature ranges available for use in demanding environments
Meeting the stringent design and material demands of drinking water transport
The right solution for every application
A holistic approach on customer support for the Chemical and Pharmaceutical Industries
Sealed parts for very high hygienic requirements
For particularly aggressive and abrasive media
With rotatable touch display and IO-Link
Technology for hydrogen generation expected to go into production in 2025
Digital humidity and temperature probe for harsh environmental conditions and suitable for temperatures up to 120 °C
Single and multiple outlet versions for individual assemblies
Building AI-based detection tools without being a specialist
High temperature stability allows use in CIP and SIP applications
For safe and leakage-free decoupling for process connections and measuring devices
Methanol reformers convert easy-to-transport methanol into hydrogen. But conventional reformers still come with a number of drawbacks – catalyst attrition, to name but one example. An innovative methanol reformer for mobile applications from the Fraunhofer Institute for Microengineering and Microsystems IMM is able to overcome these challenges.
Easy installation for use with pneumatic linear valves
For the safe production of hydrogen by electrolysis
Food-compatible lubricants in all axes avoid potential contamination
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