3HXO Multi Element PTFE Immersion Heaters Over The Side For Acid Solutions

Excellent chemical resistance to aggressive acids! Inert to most solutions with a corrosion-resistant head. Low watt density. Built-in thermal protector and grounded element.

3 element, O shaped fluoropolymer (PTFE) sleeved 304 stainless elements inert to most solutions up to 212°F (100°C). 1500-18000 watts, 120-600 volts.

• Surface Finishing

Specify thermal overload protection desired. Guards are recommended on over the side heaters and required on L-Shaped heaters. Standard guard is polypropylene. Fluoropolymer (PTFE) guards recommended for chromic acid and solutions exceeding 180º F (82ºC).

Excellent chemical resistance to aggressive acids.

• 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, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit
• Grounded internal metal element and built in thermal protector. Replaceable P1 protector standard for solutions up to 180°F(82°C)
• Certification: ISO9001, CE

• 500 - 9000 watts
• 120 to 600 volts (600 volts on 4500 watts or lower only)

• Resettable thermal protectors
• Polypropylene guards (sold separately)
• Custom configurations and lengths
• Custom wire and conduit lengths

Point of Use (POU) Heating refers to the energy-efficient heating method of placing a small heater near the processing bath to reduce heat-up wait times.

Applications

• Semiconductor Wafer Cleaning
• Etching
• Inline Chemical Heating
• Point of Use Heating (POU)

High-Purity PFA Inline Chemical Heater

PTFE Inline Heater

Inline Chemical Heater

Deionized water (DI Water) has become a crucial part of many industrial process applications' impurity removal process. Cleaning semiconductors or other ultra-clean end-use devices requires the highest level of purity to reduce product failure.

Applications

• Semiconductor
• Flat Panel Display

Heating Systems for Purified, DI Water

PTFE Inline Chemical Heater

Electrochemical Deposition is a cost-effective process using oxidation and reduction to adhere metal to a surface using electricity. The process is also sometimes referred to as Electro-Plating. Surplus products deliver full power supply output performance, high efficiency, high-speed DC output, connectivity, reliability, and ETL certification.

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