Process Technology Datasheets for Electric Heaters
Electric heaters generate heat by passing an electric current through a high-resistance material.
Electric Heaters: Learn more
| Product Name | Notes |
|---|---|
| Product Description PFA and PTFE-wetted surfaces provide a higher level of purity for metal-free solvent heating. Features Frontier Plus+ is a high-wattage, inline chemical/solvent heater suitable for the most demanding... | |
| An excellent choice for SC1, SC2, and other quartz compatible applications. FEATURES Exceptionally easy maintenance and several plumbing configurations are available for maximum flexibility. Ultra-clean performance is achieved through the... | |
| Compatible with many aggressive chemistries. FEATURES Heavy wall fluoropolymer sheath (PTFE) covered stainless steel element reduces permeation. Low watt densities of 10 watts/square inch (1.5 w/cm²). Vapor resistant, flame retardant... | |
| Compatible with many aggressive chemistries. FEATURES Heavy wall quartz sheath with replaceable metal element and polypropylene guards (complete assembly) . For use in most aqueous acidic plating solutions and pickling... | |
| Customer designed specifically for phosphate coating applications. FEATURES For use in iron, zinc and manganese phosphate tanks. Schedule 40, heavy wall, 316 stainless steel sheath withstands scaling better than traditional... | |
| Delivers superior temperature stability and outstanding performance over a wide range of flow and temperature requirements. FEATURES Enhanced features include a non-casted structure, versatile flow rates, an expanded wattage range,... | |
| Delivers superior temperature stability with changes in flow, and offer multiple temperature sensors to ensure safe operation. FEATURES Inline electropolished stainless steel or fluoropolymer heater for heating chemistries, single pass... | |
| Designed for safety and low maintenance. FEATURES Automatic temperature protection is built in. Won't burn out due to air or scale exposure. 316 stainless steel for fresh water or titanium... | |
| Designed for the most demanding chemical applications and to provide years of trouble-free performance. FEATURES Constructed with our exclusive patented N2 “purged” elements for extended service life. High efficiency in... | |
| Durable, efficient chemical heater. FEATURES 304 stainless, 316 stainless steel or titanium elements for use in most aqueous alkaline solutions and plating and phosphate tanks. Watt densities up to 35... | |
| Durable, efficient chemical heater. FEATURES 316 stainless steel or titanium elements for use in most aqueous alkaline solutions and rinse tanks. Watt densities of 45-55 watts/square inch for 316 stainless... | |
| Durable, efficient chemical heater. FEATURES Heavy wall fluoropolymer sheath (PTFE) covered stainless steel element reduces permeation. Low watt density design 10 watts/square inch (1.5 w/cm²). Vapor resistant, flame retardant polypropylene... | |
| Durable, efficient chemical heater. FEATURES Heavy wall metal sheaths available in 316 stainless steel. Watt densities up to 40 watts/square inch (6.2 w/cm²). Vapor resistant, flame retardant polypropylene terminal enclosure... | |
| Durable, efficient chemical heater. FEATURES Heavy wall metal sheaths available in 316 stainless steel Watt densities up to 40 watts/square inch (6.2 w/cm²). Vapor resistant, flame retardant polypropylene terminal enclosure... | |
| Durable, efficient chemical heater. FEATURES Heavy wall metal sheaths available in steel, 304 stainless steel, 316 stainless steel and titanium. Low watt densities of 18 watts/square inch (2.8 w/cm²). Vapor... | |
| Durable, efficient chemical heater. FEATURES Heavy wall metal sheaths available in steel, 304 stainless steel, 316 stainless steel and titanium. Watt densities up to 35 watts/square inch (5.4 w/cm²). Vapor... | |
| Durable, efficient chemical heater. FEATURES Heavy wall metal sheaths available in steel, 304 stainless steel, 316 stainless steel and titanium. Watt densities up to 40 watts/square inch (6.2 w/cm²). Vapor... | |
| Excellent chemical resistance to aggressive acids. FEATURES PTFE sleeved 304 stainless elements inert to most solutions up to 212°F (100°C). Low watt density design 10 watts/square inch (1.5w/cm²). 4 foot... | |
| Excellent chemical resistance to aggressive acids. FEATURES PTFE sleeved 304 stainless elements inert to most solutions up to 212°F (100°C). Low watt density design 10 watts/square inch (1.5w/cm²). Vapor resistant,... | |
| Excellent for laboratory and small tank applications. FEATURES 304 stainless steel, 316 stainless steel or titanium provide protection from most chemistries. Low watt densities up to 40 watts/square inch (6.5... | |
| Heater cannot ignite plastic even if operated in air. FEATURES Safety is built in, not added on. Heater self limits its maximum operating temperature to 482°F (250°C). This is lower... | |
| Increased customization of high purity fluid heaters requires matching of size/price/performan ce with application requirements. Smaller, higher density, less expensive, recirculation heaters are increasingly required to match all of these... | |
| Proven technology for UPDI heating applications and is suitable for the most stringent high purity specifications FEATURES PTFE heating elements are in direct contact with the DI water for maximum... | |
| Quick plug in system for aquaculture applications. 316 stainless steel for fresh water or titanium for salt water applications. Watt densities up to 40 watts/square inch (6.5 w/cm²). Vapor resistant,... | |
| Small design to fit all size aquaculture applications. FEATURES 316 stainless steel for fresh water or titanium for salt water applications. Available in Over the Side, L Shaped and Screwplug... | |
| Ultra-fast heatup and superior temperature stability, regardless of application FEATURES >99% element efficiency contributes to low cost of ownership (COO) and excellent return on investment (ROI) 100% titanium heating elements... | |
| Unmatched in Semiconductor process fluid heating. Single chamber sizes up to 18kW FEATURES Ruggedly designed for the most demanding recirculation or single pass chemical applications. Able to achieve the highest... |