Heateflex is experienced in providing solutions that support the high safety and sanitary requirements of the food & beverage industry. We continue to recognize the importance of food safety, as outbreaks of E. coli, salmonella and listeria make international news. Heateflex’s solutions are built to minimize these outbreaks by providing high-purity fluid heaters for cleaning and sterilizing food production facilities.
Our precision fluid heaters for batch manufacturing, automated media preparation systems, total package oxygen (TPO) reducers, and clean-in-place systems are built to eliminate deadly pathogens and enhance the quality of end products.
Demeter™ Food Microbiology Media Preparation Systems
Demeter™ is a highly innovative new system for food microbiology lab testing. Want higher lab productivity, increased test…
Poseidon™ ステンレス鋼超純流体暖房器 offer a unique option for manufacturing operations requiring…
N2 SS 暖房器
ステンレス鋼 N2 heaters are for high-purity wafer drying and parts cleaning. Heateflex ステンレス鋼 N2 暖房器 are suitable for nitrogen…
SX SS High-Flow Fluid Heater Systems
The versatile SX stainless steel high-flow fluid heater system is ideal for a variety of applications with…
True Sanitary インライン流体暖房器
Heateflex True Sanitary インライン流体暖房器 meet the demanding fluid heating applications of semiconductor, medical..
Aquarius® 脱イオン（DI）温水器システム are the perfect solution for high-purity DI Water heating applications that require highly accurate temperature control. Its Power-to-Flow Control® feature provides one of the most accurate temperature controls available in DI water heating systems, and it eliminates undesirable overshoots or drops in temperature due to inadequate PID controllers. Aquarius® systems are engineered to deliver high flows of continuous, at-temperature, hot DI water.
- Ultra-pure design with PVDF/PFA wetted surfaces
- Programmable logic controller delivers enhanced temperature stability
- No N2 purge required
- Plug-and-play system with fully integrated controls
- High-resolution touch-screen
- Save costs by reducing the need for multiple immersion heaters