Welded Bloc exchangers trade gasket serviceability for chemical resistance and pressure capability — a fully welded plate pack built for aggressive or high-pressure duties that standard gasketed plate units simply cannot handle safely.
N-BLOC software calculates thermal performance and mechanical limits specific to welded-block construction, including the structural considerations that come with eliminating gaskets entirely — weld joint stress, differential thermal expansion across the block, and pressure containment margins appropriate to fully welded construction rather than gasketed assembly.
The edge: because these units serve the toughest applications — corrosive process fluids, high-pressure services, duties where a gasket failure would be a genuine safety incident — our calculations build in the safety margins that generic plate-exchanger tools don't account for, rather than treating a welded bloc as just a plate exchanger without gaskets.
Output includes material compatibility flags for common corrosive services — acids, chlorides, and other aggressive process fluids — so a design that looks acceptable on thermal performance alone doesn't get flagged later in a materials review after the order is placed.
Other tools in the suite
- N-PHE · Plate & Frame Heat Exchanger
- N-BZ · Brazed Heat Exchanger
- N-SHE1 · Spiral Heat Exchanger Type 1
- N-SHE2 · Spiral Heat Exchanger Type 2
- N-PS · Plate and Shell Heat Exchanger
- N-ST · Shell and Tube Heat Exchanger
- N-WHRB · Waste Heat Recovery Boiler
- N-FWH · Feed Water Heater
- N-SC · Surface Condenser
- N-DC · Dry Cooler
- Custom · Software built around your problem