|
|
The Ultramax offers all the benefits of a plate-type exchanger but overcomes the limitations of gasketed models. It can operate at very high pressures and at low and high temperatures. The Ultramax can handle liquids, gases and mixtures of the two.
Special alloy construction is available, allowing it to be used with aggressive media.
Applications include: high temperature steam, amines, thermal oil, nitrogen, solvents, and other aggressive media not compatible with gasketed heat exchangers. Four-inch connections allow up to 400 GPM in a single unit.
Threaded, flanged, and sanitary connections make the unit suitable for a number of industries. |
|
Coolers of technology air/oil for capacities of cooling up to 130 kw with a delta of 40°C
These heat exchangers OILTECH have electrical motor alternative course LAKE or engine with D.C. current LDC or hydraulic LHC. |
|
| These compact heat exchangers make it possible to dissipate important powers. Technology with welded PWO, tubular plates Flovex or plates and joints. |
|
| GEA FlatPlate is the leading manufacturer of a full line of compact ammonia refrigeration heat exchangers. These heat exchangers have been designed and tested for exacting applications. The NH3 line has considerable advantages over traditional shell/tube, such as lower cost, 1/5th the size and higher performance. Operating temperatures from -100 deg.F and higher. All models are 316L stainless steel plates, nickel/chrome brazed and rated for 400 psig. Optional ASME Code. Optional European PED (CE) Code. |
|
Exel
This brazed-plate heat exchanger transfers heat between two fluids or performs all transfer exchange in the cooling cycle. For use in homes and commercial, industrial and healthcare facilities.
- Stacked, stamped stainless steel plates,
- Plates brazed with copper,
- Threaded coupling or flange connections.
Five models available
Liquid/gas flow rates: up to 30 m³/h
Capacity: 2 to 200 kW
Temperature range: -40 to 150°C
Vacuum pressure: 30 bar |
|
Lytron’s brazed-plate heat exchangers are unsurpassed for liquid-to-liquid heat transfer. Their innovative design packs maximum performance into a compact and reliable package. The herringbone construction allows for maximum heat transfer making this heat exchanger extremely efficient. The liquid-to-liquid brazed plate heat exchanger is a highly reliable and rugged part with stainless steel sheets brazed together at the edges and at a matrix of contact points. Compatible with a wide range of fluids, we offer copper brazed for water, EGW and other common coolants or nickel brazed for high purity and other corrosive coolants.
|
|
- Model BPX brazed plate heat exchangers offer the highest level of thermal efficiency and durability in a compact, low cost unit.
- The corrugated plate design provides very high heat transfer coefficients, resulting in a more compact design.
- The unit's stainless steel plates are vacuum brazed together to form a durable, integral piece that can withstand high pressure and temperature.
- The BPX heat exchangers offer a compact design compared to shell and tube exchangers. |
|
CHN Series, All Stainless Steel, Nickel Brazed
1/2 to 80 Tons
GEA FlatPlate manufactures a full line of NICKEL/CHROME brazed heat exchangers used for de-ionized water chilling, solvent cooling, and other applications. The CHN Series are nearly identical to the CH Series, except for the all stainless steel, nickel brazed feature and all CHN models have MPT waterside fittings. The CHN Series is a very cost effective and compact design. Select models have a built-in DX distributor for enhanced stable operation. Rated at 300 psig (21bar) from 1/2 to 80 tons (1 to 300kw). UL Listed. Optional ASME Code. Optional European PED (CE) Code. Optional 400psig and 450psig versions. |
|
| A revolutionary type of plate heat exchanger constructed of 316 stainless steel plates brazed together to eliminate gaskets, heavy frames, weight, and bulk. The HoneycombTM (Model BP) design is an "Off-the-shelf" corrugated plate design for quick delivery. Design pressures to 435 PSIG and temperatures to 437°F. Flow rates to 190 GPM |
|
Lytron's heat exchanger technologies include tube-fin, oil cooler, plate-fin, and liquid-to-liquid brazed plate heat exchangers. With almost five decades of experience in heat exchanger design and manufacturing, Lytron's expertise is second-to-none. Lytron's heat exchangers are used in many industries including military and aerospace, medical and industrial lasers, medical imaging, analytical instrumentation, power electronics, semiconductor equipment, machine tools and telecommunications.
Any of Lytron's heat exchanger technologies can be customized to your exact requirements. Lytron also supplies heat exchanger subassemblies, adding fittings, hoses, fans, sensors and other instrumentation to your specification. Lytron's seven heat exchanger product lines with over 130 standard parts ensure that when you need an off-the-shelf part Lytron is likely to have something that meets your requirements.
Lytron’s broad range of heat exchanger technologies combined with almost five decades of thermal transfer experience enables us to offer tailored solutions for a wide range of applications. Lytron's tube-fin, oil cooler, plate-fin, and liquid-to-liquid brazed plate heat exchangers can all be customized and integrated into subassemblies.
|
|
| Maag Pump Systems Textron specializes in the design and application of blendrex polystyrene preheaters used to preheat polystyrene melts prior to devolatilization, and of blendrex polyester coolers used to cool polyester prior to spinning or pelletizing. |
|
GEA FlatPlate Systems offers a comprehensive range of products supporting virtually any heat exchanger application.
GEA FlatPlate maintains the highest standards in heat exchanger construction and builds various models to the one or more of the following codes and standards:
- U.L. - Underwriters Laboratory
- ASME Code
- European PED (CE)
- Canadian CRN
- Swedish NDV (pending)
- Lloyds Registry (for ships, pending)
- All GEA FlatPlate products are UL listed. Please specify any or all appropriate code approvals when ordering |
|
| OF fixed tube sheets having straight tubes of 5/8" and 3/4" O.D. are excellent where the heavy fouling fluids are inside tubes and light fouling fluids in the shell. An expansion joint must be used when wide temperature differences exist or abrupt temperature changes occur between tube and shell side fluids. |
|
Cooling of:
Cutting oil, Emulsion, others (previous study)
Applications:
Cooling and temperature regulation of the primary cycle (liquid to be cooled) by a cold water cycle (secundary cyscle)
Cooling Power:
3.000 – 500.000 kcal/h
|
|
| GEA FlatPlate's MPN Series is designed specifically for multi-purpose Marine, Process and Swimming Pool applications, where chlorine, salt, biological elements or low concentrations of acids are present. The MPN Series is rugged, yet very compact, representing the latest technology in marine duty plate heat exchangers. It's Nickel brazed, Marine Stainless Alloy plates offer significant improvements in reliability over traditional stainless materials and has high efficiency heat transfer for applications up to 200 gpm per unit. All MPN Series models have male pipe thread fittings and mounting stud bolts. Rated for 300psi (21bar) rating. U.L. Listed . Optional ASME Code. Optional European PED (CE) Code. |
|
Plate heat exchangers play an important role in ships and offshore. Crew and vessel depend on a trouble-free operation. The system for fresh water generation, engine jacket water cooling and oil lubrication cooling simply must work - whatever the conditions. That is why plate heat exchangers from Tranter PHE are often seen onboard luxury yachts, container vessels and super tankers sailing the seven seas.
|
|
GPX Plate and Frame Heat Exchangers :
GPX technology offers maximum efficiency in less space, with outstanding application flexibility.
Innovative plate design allows GPX heat exchangers to provide more heat transfer using less space. They perform with one-third to one-fifth the surface area of conventional shell and tube heat exchangers designed for the same application. |
|
| GEA FlatPlate manufactures a full line of refrigeration, hydronic heating and industrial process heat exchangers. Our technology and manufacturing capabilities are state of the art, with an emphasis on providing leadership in brazed plate technology and excellence in customer service. GEA FlatPlate is dedicated to be a premier company in the industry. |
|
| Koolant Koolers Heat Exchanger Packages cool indirectly, meaning that your process fluid is never touched by a chiller. Many acid, water, oil and hydraulic fluids are cooled in this way - with the cool side being supplied by a chiller, tower water or even city water. These units can be fitted with our pumps or yours, and configured with exacting controls to hold your temperatures constant. |
|
For more than 60 years, Votator scraped surface heat exchangers have been replacing slow, inefficient batching operations with more uniform, controllable and repeatable continuous processing. The Votator II incorporates the most popular features of the Thermutator and Votator lines, making it extremely easy to maintain.
Typical applications are heating and cooling cheese sauce, pudding, caramel, deboned meat, pet food, and fruit products.
- 3A, ASME, and PED Certified
- One-Piece Mechanical Seal
- Fewer parts allow for easier maintenance
- 100% PEEK™ - no filler or insert - provides longer life and no stress separation
- Can be used on any heat transfer tube, with any product at most process temperatures
- FDA compliant
- Integral Gear Motor Drive
- Gear drive is directly coupled to the mutator shaft eliminating the need for a secondary drive shaft and bearing block
- Overall length of heat exchanger is reduced by 20 - 25%
- Easy to maintain and self-aligning
- Available with up to 30 horsepower for handling the most viscous products
- Removable Heat Transfer Tube
- Can be serviced without disturbing the utility piping or the drive motor
- Units are available with up to 11 sq ft of heat transfer area (6 X 84)
|
|
For more than 60 years, Votator scraped surface heat exchangers have been replacing slow, inefficient batching operations with more uniform, controllable and repeatable continuous processing. The Votator II incorporates the most popular features of the Thermutator and Votator lines, making it extremely easy to maintain.
The Votator II replaces the Thermutator and medium duty Votator units, and is also available as a vertical unit.
Typical applications are heating and cooling cheese sauce, pudding, caramel, deboned meat, pet food, and fruit products.
- 3A, ASME, USDA approved
- Pedestal mounted drive has smaller footprint, fewer parts
and less bulk than other designs; no belts or sheaves;
shaft coupling is eliminated
- Versatile jacket designs: brine, water, steam and
refrigeration with unique integral accumulator option
- Boltless V-Lock® heads for quick disassembly
- Unique slide-lock attachment holds blades securely on
the shaft, while making disassembly/assembly quick and
easy
Variety of options for drives, seals, blades, heat transfer, tube materials, mutator shaft diameters and cylinder mounting
|
|
Spiral tube heat exchangers provide high efficiency in a small profile for high pressure and severe service applications. The heat exchanger consists of dual manifold multi-tube spiral assembly inserted into the shell, where two fluid paths are created for full counterflow heat transfer. Standard tube bundle assemblies are stainless steel with welded tube to manifold joints.
Up to 40% more efficient than a shell and tube
Pressure ratings exceeding 10,000 psig (690 barg)
Compact and lightweight
Highly resistant to thermal and pressure shock
Least expensive construction for exotic materials
|
|
The FP Series is designed for a wide variety of Industrial fluid to fluid, gas to fluid and other applications requiring exacting heat transfer performance.
Capable of 80F to 100F approach to as low as 30F approach for the larger models. Totally sealed 316L stainless steel construction, copper brazed with a high performance heat transfer surface to promote low fouling. From 1/2 to 200 gpm models, and larger sizes to 400 gpm. ALL models have MPT male pipe thread connections (up to 200 gpm) and mounting stud bolts. Rated at 450 psi working pressure, both sides. U.L. Listed, European TUV and optional ASME code construction.
The FPN utilizes 316L Stainless Steel is ideal de-ionized water, solvents and other applications. Rated at 300 psi working pressure. |
|
Spirally wound tube-in-tube full counter flow heat exchangers for low flow rates of high temperature and/or high pressure fluid or gas. Widely used for gas/vapor condensation.
Fully drainable inner and outer coil
No dead spots or crevices
Excellent for multi-phase/multi-component fluids & slurries
Wide variety of materials available including Copper, 316 Stainless steel, Inconel 625, Hastelloy, Titanium, Zirconium, PTFE, and a variety of other nickel and stainless steel alloys.
Tri- clamp and electropolished units to meet sanitary requirements
|
|
The compact Maxchanger unit transfers heat in much the same way as the gasketed plate and frame heat exchanger, but does so without gaskets. This ensures greater compactness than a gasketed plate exchanger, and requires only 30-50% of space required for a shell and tube heat exchanger.
Extremely high "U" values and low pressure drops are a result of the unique geometry of its interspaces. The specially embossed dimples on each plate provide maximum pressure-resistant heat transfer contact points. This design allows the Maxchanger to be capable of running under high temperature/ high pressure applications.
Specially dimpled plates are rotated and welded completely together between end plates, and in alternate channels at the inlet / outlet ends and connections. This thoroughly seals the entire unit to prevent leaking or cross-contamination of hot and cold media.
Counter-current flow of fluids is achieved in all Maxchanger designs, providing a close temperature approach capability of less than 1C.
Channels formed between the welded plates and end connections direct the two heat transfer media counter-currently through alternate paths for immediate thermal response and maximum efficiency. |
|
| The heat exchangers PICKER are of the type with "SHELL and TUBES" and are built according to "MANUFACTURER SWITCHBOARD" (not manufactures according to customer plans and/or according to construction codes). |
|
A Comprehensive Range of Heat Exchangers for Power Generation and Industry
Our heat exchanger range covers:
-Air preheaters
-Condensers, feedwater heaters and other heat echangers of the water-steam cycle
-Various types of heat exchangers for the conventional part of nuclear plants
-Once-through coolers for gas turbines
-Energy recovery exchangers for petrochemical applications |
|
| The heat exchangers PICKER are manufactured with following building materials, according to families of exchangers. This list is not exhaustive, to refer in the overall plans of the apparatuses to know the possible material combinations for a given family of exchangers. The choice of such or such material is mainly dictated by nature, the temperature and the conditions of circulation of the fluids in the exchangers. |
|
| The heat exchangers PICKER are protected outside from corrosion by means of a reactive primary painting from colour yellow-green. This painting, only intended to ensure the adherence of the later layers (intermediate and/or of completion), is compatible with the majority of the paintings used in industry. |
|
ITEX
The joint and plate heat exchanger ensures the transfer of heat between 2 fluids for the residential one, the tertiary sector, industry and health.
Batch of pressed plates and assembled joints,
2 plates tighten the plates by means of ties,
The joints ensure the circulation of the fluids between the plates and the sealing towards outside,
Various types of matter for the plates and the joints,
Connection by pipe coupling or attaches.
Available in 9 models
Flow of liquid up to 800 m3/h
Power from 5 to 5.000 kw
Temperature until 200°C
Pressure to 25 bars |
|
|
|
