Accuheat™ PFA In-Line Chemical Heaters
Accuheat™ PFA in-line chemical heaters are ideal for heating hydrofluoric acid (HF), potassium hydroxide (KOH),…
Accuheat™ Quartz In-line Chemical Heaters
Accuheat™ quartz in-line chemical heaters consist of ultra-pure quartz tubes, wrapped in a heater element that provides…
Accuheat™ PFA In-Line Solvent Heaters
Accuheat™ PFA in-line solvent heaters are ideal for Isopropyl alcohol, Acetone, Ethanol, Toluene, EKC, MEK, NMP,…
Accuheat™ Quartz In-Line Gas Heaters
Accuheat™ quartz in-line gas heaters for Nitrogen (N2), Ammonia (NH3), Helium (He), Argon (Ar), BCl3, HCl, CO, CO2,…
Heateflex® Ultrapure In-Line PFA Fluid Heaters
HC Series in-line heaters feature PFA flow paths for optimal compatibility with aggressive acids and chemicals….
Heateflex® Ultrapure In-Line PVDF/PFA Fluid Heaters
PVDF/PFA fluid heaters ideal for heating deionized water, acids, and less aggressive process chemistries…
Heateflex® HX50 Compact Heaters
HX50 in-line heaters feature compact 50-mm (2-in) diameter housings for low wattage and low-flow applications where space is limited.
Heateflex® Vesper™ PVDF/PFA Heat Exchangers
Vesper™ PVDF/PFA heat exchangers offer various solutions for heating, cooling, and temperature trimming for…
Aquarius® Deionized (DI) Water Heater Systems
Aquarius® deionized (DI) water heaters 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