Semiconductor 230V 380V 415V 480V 3KW 6KW 10KW 18KW 36KW PFA Immersion Tank Heaters

Markets

Semiconductor

Life Sciences

Applications

Fluid Heating

PRODUCT OVERVIEW

Surplus's immersion tank heaters are great for heating fluid baths to a constant temperature. These heaters are ideal for use in the semiconductor, pharmaceutical, and biomedical industries.

First of all, these immersion heaters provide clean heat evenly and efficiently.

Furthermore, they’re compact and highly customizable. They provide a maximum process work area, and consume a minimal amount of chemicals.

Moreover, wetted surfaces feature all-PFA materials, and may be used in tanks made of PVDF, PFA, or quartz.

Please contact Surplus with inquiries about other tank materials.

KEY SPECIFICATIONS

Maximum heating temperature of these immersion heaters is 200º C (392º F), with a temperature accuracy of ± 0.1º C (contingent on customer’s facilitation). Grid heaters are typically ¾” high, and frame heaters 1 ½” high. Outputs range from 1.0 to 30.0 kW (dependent on customer voltage), and from 120 VAC to 480 VAC, 1 or 3-ph (dependent on wattage).

Benefits

Ultra-Pure Design

PVDF/PFA Wetted Surfaces

Reliable Heating

Heats harsh chemicals

Max 200C Heating capability

Fully Tested

Fast Response

Low Watt Density; ≤ 4 watts/in²

Compact Design

Max power in smallest footprint

Grid Heaters – 3/4″ Height

Frame Heaters – 1-1/2″ Height

Flexible Solutions

Heaters designed to be easily integrated into most process tanks. Our customers provide us with their specifications and tank size and we can build a heater for them.

No N2 Purge Required

Applications

Fluid Heating
Filtration
Sterilization & Cleaning

Fluid Heating

Ultra-Pure Fluid Heaters

Overview
We offers a variety of patented and uniquely-engineered ultra-pure precision heaters for heating various chemical and plating solutions, gases, solvents and deionized water. Our award-winning engineers design and manufacture components from PFA, applied to patented PFA heating technology, that achieves a small mass with a large surface area, providing a faster heater response and a longer life at elevated temperatures. Our extremely flexible high-output heating coils are capable of being fashioned into an almost endless variety of shapes and sizes.

The resulting heaters outlast competing products of lesser capability and are designed into a wide range of standard and customized products.