Tranter / Tranter, Inc. Heat Exchangers and Thermal Equipment

Industrial heat exchangers and components from Tranter / Tranter, Inc.: supply of Superchanger gasketed units, NovusBloc welded blocks, Supermax shell and plate units, plates, and gaskets.

Gasketed plate heat exchangers Tranter Superchanger

Gasketed plate heat exchangers from Tranter / Tranter, Inc. within the Superchanger product family are engineered for demanding thermal transfer between liquid and gaseous media. Model series GX, GL, GCD, and GF feature chevron corrugation plate geometries and glueless gasket retention.

Plate heat exchanger frames GX, GL, GCD, and GF with heat transfer areas up to 3.5 sq.m
Design operating pressures up to 25 bar and operating temperatures from -35 to +180 deg C
Glueless snap-in and clip-on gasket systems for rapid on-site maintenance without adhesives
Comprehensive elastomeric materials including NBR, EPDM, FKM and corrosion-proof plate alloys

Tranter Supermax welded shell and plate heat exchangers

Welded shell and plate heat exchangers from Tranter / Tranter, Inc. within the Supermax line combine plate thermal efficiency with shell pressure containment. The circular laser-welded plate pack is housed within a cylindrical pressure vessel for demanding industrial environments.

All-welded circular corrugated plate cassettes eliminating internal elastomeric gaskets
Maximum design pressures reaching 100 bar with temperature capabilities from -200 to +500 deg C
High resistance to thermal shock cycles and hydraulic pulsations within chemical process streams
Compact footprint and reduced operating weight compared with conventional shell and tube units

Tranter NovusBloc all-welded block plate heat exchangers

All-welded block heat exchangers from Tranter / Tranter, Inc. within the NovusBloc series are designed for aggressive chemicals, solvents, and hydrocarbons. The fully welded square plate core is mounted in a bolted structural frame featuring four removable side panels for inspection.

Fully welded square corrugated plate pack constructed without internal elastomeric seals
Removable external side panels providing full mechanical cleaning access to both fluid circuits
Operating pressures up to 40 bar with process medium temperatures reaching up to +400 deg C
Core plate materials including stainless steel 316L, 254 SMO, titanium, and nickel alloys

Tranter Maxchanger compact welded plate heat exchangers

Compact welded heat exchangers from Tranter / Tranter, Inc. within the Maxchanger line deliver thermal transfer performance within tight installation envelopes. The multilayer laser-welded stainless structure solves heating and cooling requirements in space-restricted plant areas.

Ultra-compact all-welded core structure providing high heat transfer surface area density
Operating pressures reaching up to 70 bar and working temperatures spanning -50 to +540 deg C
High induced flow turbulence restricting foulant accumulation and scale formation
Ideal for heat recovery loops, clean steam heaters, and cryogenic vaporization skids

Tranter stainless steel and titanium heat transfer plates

Original heat transfer plates from Tranter / Tranter, Inc. are pressed with distinct chevron corrugation angles to balance thermal efficiency against pressure drop. Theta H profiles promote high turbulence, whereas Theta L plate designs maintain low hydraulic resistance.

Plate materials in stainless steel AISI 304, AISI 316L, 254 SMO, Titanium Gr.1, and Hastelloy C-276
Plate metal thicknesses from 0.4 to 0.8 mm optimizing thermal conduction and pressure durability
Engineered glueless gasket groove profiles reducing mechanical stress concentrations in the metal
Complete dimensional series for frames including GX-12, GX-26, GX-42, GX-51, GX-85, and GX-100

Tranter glueless elastomeric gaskets for plate heat exchangers

Glueless elastomeric gaskets from Tranter / Tranter, Inc. ensure fluid channel tightness across plate packs during operational thermal cycles. The clip-on and snap-in mechanical locking systems anchor elastomeric seals firmly inside the plate groove without adhesive agents.

Premium elastomeric formulations including NBR, EPDM, FKM Viton, and hydrogenated HNBR
Continuous service temperature ratings across operational media from -30 up to +180 deg C
Mechanical locking eliminates groove chemical degradation during routine replacement cycles
Engineered double-sealing profiles featuring intermediate telltale leakage vent grooves

Tranter Platecoil prime surface heat exchanger panels

Platecoil prime surface heat exchangers from Tranter / Tranter, Inc. are formed by welding two embossed metal sheets to create internal fluid flow channels. These panels are mounted to vessel walls, clamped as heating jackets, or immersed directly into processing tanks.

Single-embossed and double-embossed panel styles configured for liquid and steam thermal duty
Fabrication in stainless alloys, titanium, Monel, and Inconel resisting harsh process chemistry
Internal operating pressures up to 28 bar for direct steam, thermal oil, and brine heating loops
Tailored sections for electroplating tanks, fermentation vessels, chemical reactors, and sumps

Tranter PHE maintenance kits, tie bolts, and accessories

Maintenance kits from Tranter / Tranter, Inc. provide critical components for scheduled servicing and overhaul of industrial plate heat exchangers. Kits include high-tensile tightening tie bolts, frame shrouds, port lining sleeves, and approved CIP chemical flushing compounds.

High-tensile zinc-plated tightening bolts equipped with thrust bearings for smooth pack compression
Elastomeric and alloy port lining rings shielding frame nozzles against fluid erosion and corrosion
Heavy-duty metallic splash shroud guards ensuring strict compliance with occupational safety rules
Chemical flushing reagents formulated for CIP clean-in-place removal of scale and sludge deposits

Engineering architecture of Tranter Superchanger gasketed plate units

Gasketed plate heat exchangers from Tranter / Tranter, Inc. across the Superchanger family are engineered to handle intense thermal duties across power generation, chemical processing, and district heating plants.

The corrugated plate pack is firmly compressed between a stationary frame head and a movable follower plate using heavy-duty tightening tie bolts.

By alternating plates pressed with opposing chevron corrugation angles, an interlocking lattice of contact points is established, withstanding severe fluid pressure differentials.

The glueless gasket design eliminates media contamination risks and reduces facility downtime during regular plant inspection.

Tranter Supermax welded shell and plate high-pressure technology

Heat transfer units from Tranter / Tranter, Inc. in the Supermax line integrate the compactness of plate heat exchangers with the pressure containment characteristics of shell-and-tube heat exchangers.

Circular heat transfer plates are laser-welded along their outer circumference into sealed cassettes, which are stacked and assembled into an all-welded core housed within a cylindrical pressure shell.

This design operates safely under deep vacuum, cryogenic conditions, or pressures reaching 100 bar. The total absence of internal elastomeric gaskets permits secure processing of ammonia, volatile hydrocarbons, and high-temperature thermal fluids.

Tranter NovusBloc all-welded block exchangers for corrosive service

All-welded block units from Tranter / Tranter, Inc. across the NovusBloc family are engineered for demanding processes requiring superior corrosion resistance paired with full mechanical cleanability.

The cross-corrugated plate pack is welded into a rigid square block and protected by four bolted, removable side plates. When inspection or maintenance is required, side covers can be detached to provide unobstructed physical access to both independent fluid loops.

These units deliver reliable performance in condensing acid vapors, recovering heat from aggressive solvents, and cooling specialty petrochemical feeds.

Plate corrugation geometries and metallurgy for thermal efficiency

Thermal efficiency across Tranter / Tranter, Inc. equipment is driven by optimized plate channel geometries.

The manufacturer supplies combinations of acute and obtuse corrugation angles (Theta H and Theta L configurations), allowing process engineers to tune heat transfer rates precisely to available pump pressure heads.

Standard non-aggressive services utilize AISI 304 and AISI 316L stainless steel alloys, whereas media containing chlorides, harsh acids, or sea water benefit from Titanium Grade 1, 254 SMO austenitic alloy, and Hastelloy C-276, providing robust resistance against pitting and crevice corrosion.

Glueless elastomer gasket technology and mechanical channel sealing

Inter-plate channel sealing within Tranter / Tranter, Inc. heat exchangers is achieved through precision-molded elastomeric gaskets. Proprietary snap-in and clip-on mechanical retaining tabs anchor the gasket securely inside the pressed plate groove without chemical adhesive compounds.

Under uniform frame compression, the elastomeric profile fills the groove cavity, establishing a continuous sealing boundary.

Dual-seal geometry surrounding fluid port openings features atmospheric vent leakage channels that discharge fluid outwardly upon seal wear, preventing cross-contamination between media.

Maintenance guidelines and plate pack tightening standards

Operational reliability and tightness of Tranter / Tranter, Inc. plate heat exchangers depend on observing the designated tightening dimension A indicated on the frame identification nameplate.

Tightening tie bolts must be drawn down crosswise in a balanced sequence while verifying alignment between the movable follower plate and stationary head.

Prior to mechanical reassembly, plate surfaces should undergo visual inspection and gentle CIP clean-in-place circulation using mild chemical agents formulated to remove scale and fouling without harming base metallurgy or elastomeric seals.

Quality inspection and Tranter documentation standards

Prior to dispatch of Tranter / Tranter, Inc. heat exchange equipment to industrial facilities, comprehensive verification of technical passports and component completeness is conducted.

Engineers inspect plate seating groove integrity, verify anti-corrosion coatings across high-tensile frame tie bolts, and confirm protective epoxy paint finish on frame components. For critical plant installations, material test certificates and hydrostatic pressure test documentation are provided.

Thermal engineering sizing and hydraulic calculation of Tranter units

Engineering sizing of Tranter / Tranter, Inc. heat exchangers is performed according to thermophysical fluid properties, process temperature profiles, and allowable pressure drops.

Selecting optimal frame sizes and plate chevron arrangements minimizes equipment footprint while reducing pumping power consumption. Thermal engineering calculations incorporate calculated fouling margins to sustain continuous reliable operation across manufacturing facilities.

Tranter / Tranter, Inc. and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Tranter / Tranter, Inc. and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.