USED PFAUDLER 08-060-BEM-26

🏭 Manufacturer

Pfaudler Inc.
Model: 08-060-BEM-26
Serial #: J064686
National Board #: 51543
Year: 2005

📄 Description

This Pfaudler 26 Square Foot Tantalum Condenser is a high-performance, corrosion-resistant heat exchanger designed for harsh chemical processing environments. Built in 2005, it features Tantalum 2.5% Tungsten alloy tubes, ideal for handling aggressive media while delivering efficient heat transfer. The carbon steel shell is pressure rated at 100 PSIG/FV at 200°F, and the tantalum tube bundle is rated at 90 PSIG/FV at 350°F.
This Type 08-060-BEM-26 unit includes 8" diameter x 60" long tubes, designed to meet rigorous industrial standards. Backed by Pfaudler’s reputation for durable process equipment, this condenser is ideal for acid condensers, high-purity media, and ultra-corrosive chemical streams.

⚙️ Specifications

Model: 08-060-BEM-26

Manufacturer: Pfaudler

Serial Number: J064686

National Board Number: 51543

Heat Transfer Area: 26 sq ft

Tube Material: Tantalum 2.5% Tungsten Alloy

Shell Material: Carbon Steel

Tube Dimensions: 8" diameter x 60" long

Tube Side Pressure Rating: 90 PSIG / Full Vacuum @ 350°F

Shell Side Pressure Rating: 100 PSIG / Full Vacuum @ 200°F

Construction Year: 2005

Design Type: Shell & Tube, BEM TEMA Type

🔧 Applications

This specialty condenser is designed for demanding heat exchange and chemical recovery applications such as:

Concentrated acid vapor condensation

Pharmaceutical vapor recovery

Ultra-corrosive chemical service

High-purity solvent condensation

Semiconductor and electronics-grade process streams

Reactive gas quenching

Halogenated gas condensation

Fuming nitric or sulfuric acid systems

Aggressive brine vapor condensation

Chlorinated organic compound cooling

📦 What Products Would This Be Used For?

Hydrochloric acid vapors

Nitric acid or aqua regia

Bromine/chlorine off-gas

Pharmaceutical-grade solvent streams

Fluorinated organic chemicals

High-purity acids

Sulfur trioxide (SO₃) streams

Organic halides

Metal chloride vapor condensation

Semiconductor process chemicals