24KW PTFE Coated Electric Immersion Heater For Process And Chemical Heating

Excellent chemical resistance to aggressive acids with PTFE sleeved 304 stainless elements inert to most solutions up to 212°F (100°C).

• 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)
• Certifications: cULus, CE, and CSA

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

• Universal 'all plastic' model
• Ideal for important powers (from 6kW)
• Up to 48 kW capacity
• Ideal for large tanks

Universal model for all types of installation such as side of tank, bottom of tank with feet or on slidings. Rigid structure ideal for important powers.

Assembly type F on a plastic rod frame PVDF or PP. Standard configuration: heating cable coated Teflon® FEP and PP or PVDF rod frame. For use on the side or at the bottom of the tank.

Engineered to meet the most stringent requirements, accurate and reliable Heaters in Precious Metals' Deposition reduce materials waste. Low ripple Power Supplies provide clean and smooth direct current (DC), precision results while also saving on materials.

MOTS SINGLE Heater

Chemical and Small Immersion Heater: Metal over the side single heater. Single or three phase. 1000-12000 watts, 120-600 volts.

MOTS SINGLE - DAS, PHOSPHATE

Top Portable Electric Immersion Heaters: Phosphate, metal over the side heater. Single or three phase. 1000-10000 watts, 120-600 volts.

MOTS TRIPLE - L SHAPED, DERATED

Derated, low watt density, L-shaped, bottom style metal over the side heater. 1500-18000 watts, 120-480 volts.

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.