• Strict attention to every specification.

• Closest tolerances, assured by computer-controlled manufacturing.

• ASME Code requirements adhered to in every phase of construction.

• 35 years of plate engineering design, manufacturing and service experience.

• High heat transfer coefficients provide smaller surface area.

• Windows 95 computer programs optimize performance and economy.

• Optimized pumping efficiency for lower horsepower requirements.

• Compact size for smallest footprint - ideal for skid-mounting.

• Reduced down-time due to low fouling - units easily accessible.

• Highest U-values at reduced fouling tendencies.

• Compressed laminar regime for viscous fluids.

• Close approach temperatures (of 2°F) achieved economcially.

• Maximum regeneration - temperature crosses of 90-95% possible.

• All process piping in fixed cover for ease of access and exchanger modifications.

• Assemble units on-site or in tight spaces - no welding.

• Add/rearrange plates for expansion or new service.

• Perform multiple duties in same unit.

• Instant response to temperature change due to high surface to volume ratio.

• Dual gasket protection against interleakage.

• High turbulence + Reduced fouling = Low maintenance.

• Continuing elastomer and sealing technology improvements.

• ASME grade materials and quality control manufacturing.

• Construction based on computer-aided finite element stress analysis.

• Thermally optimized geometry based on precise fit to required NTU*.

• Integral alignment locking mechanism

* NTU (number of transfer units) = deltaT/LMTD, NTU is a measure of thermal length