From the passion for innovation a new product has been born
– JAG Plate Heat Exchanger with inventive jagged pattern of a heating
plate. Breaking new ground solution brings not only enhanced
flow turbulence but also increased heat exchange area. Together
it gives more compact, lighter but most of all more efficient device
which can be customized to your individual requirements. Highly efficient
JAG Plate Heat Exchanger will become a long-life dependable solution
for your applications.


APPLICATION
• chemical industry
• food & bev industry
• HVAC-R
• iron and steel industry
• pulp & paper industry
• marine industry
• power


TECHNICAL PARAMETERS
— MAX. PRESSURE 6, 10, 16, 25, 30 BAR
— MAX. TEMPERATURE 170? C
— MIN. TEMPERATURE - 20? C

L-line heat exchangers are copper brazed. Special corrugation pattern of the plates ensures compromise between low flow resistance and high heat exchange efficiency. Vacuum furnace technology ensures integrity and permanent fusion of the plates which enables the unit to withstand high-pressure and high temperature conditions.
It is an ideal solution for heating, HVAC, technological, cooling and industry installations as the exchangers can also work as refrigerant evaporators or condensers. The exchangers can be tailored to your application thanks to wide range of connection types and sizes. There are also one- or two-pass variants to choose from.

APPLICATION:

tap water heating systems
central heating systems
solar and geothermic heating systems
installations with heat pump
installations with fireplace and water jacket
heating, HVAC, technological, cooling and industry installations

WORKING PARAMETERS PED:
- max. temperature: 230°C
- min temperature: -195°C
- max. pressure: 30 bar

DNA achieves significantly higher heat transfer rates comparing to standard solutions. The arrangement of the heat exchange surface in the shell side allows for more efficient operation in high volume applications (e.g. flue gas, hot air, low pressure steam).
Thanks to its special geometry, the heat transfer coefficient in the tube side achieves up to double values. This advantage can be used for high viscosity media to increase the overall performance of the unit.
The construction of the DNA heat exchanger enables to obtain smaller, much lighter and material saving device. At the same time, the exchanger retains all the advantages of the shell & tube heat exchangers, especially its high mechanical resistance.

APPLICATION:

low pressure steam condensers (flash steam condensers)
industrial and chemical processes
recuperation and regeneration in industrial technologies
waste heat recovery – diesel and gas engines, cogeneration
water and steam systems, cooling circuits

WORKING PARAMETERS PED:
· max. temp.: 200°C
· min. temp.: -20°C
· max. pressure shell side: 10 bar
· max. pressure tube side: 16 bar

R brazed plate heat exchangers are intended for cooling or heating systems to work as evaporators or cooling medium condensers.

Specially adjusted heating plates corrugation pattern ensures effective cooling medium evaporation or condensation. It is a proven solution for heat pumps or refrigerating units. RH version allows for working with cooling medium with pressure up to 45 bar.

Refrigerant Distribution System (RDS) enables efficient distribution of medium droplets and their even evaporation, regardless of heating channel position against inlet connection. This solution allows for effective utilization od the entire heat exchange area in the exchanger.

WORKING PARAMETERS
- max. temperature: 150°C
- min. temperature: -195°C
- max. pressure: 45 bar

Exchangers made entirely of stainless materials, intended for systems with high sanitary standards.

LUNA TM brazed plate heat exchangers are a materially homogenous design with high hygienic level and high resistance to temperature changes and corrosion.

Thanks to being made entirely of stainless materials, they can be used in heating or refrigerating systems with high sanitary requirements. They are also a perfect solution in case of aggressive media, e.g. aggressive water from water supply system, ammonia, as well as in systems with galvanized pipes.

APPLICATION
WHEN HIGH LEVEL OF HYGIENE IS CRUCIAL
• systems with demineralized water
• cooling systems with high hygienic standards
• tap water heating systems
WHEN RELIABILITY IS ESSENTIAL
• central heating systems
• systems with aggressive media
• systems with galvanized pipes
• industrial cooling systems
• hydraulic oil cooling

WORKING PARAMETERS PED
- maximum temperature: 200 °C
- minimum temperature: 195°C
- maximum pressure: 20 bar

With a proven design and performance, RAD shell and coil heat
exchangers are perfect for refrigerant applications, especially in ground
source heat pumps. Direct refrigerant inlet into each of the heat
exchanger tubes ensures uniform medium distribution. RAD has a high
heat transfer coefficient and is designed for modern A2L refrigerants
such as R32, R452B, R454B.

WORKING PARAMETERS PED:

-max. temperature: 200° C
-min. temperature: -20° C
TUBES SIDE
-max. pressure: 45 BAR
SHELL SIDE
-max. pressure: 16 BAR

We undertake complex and technologically challenging projects. Using
state-of-the-art software, we are able to simulate any heat exchange process
in order to find an optimal solution.
The heat exchangers we design and manufacture operate successfully
at power plants, combined heat and power plants, industrial heating and
cooling systems, cellulose plants, chemical plants, refinery plants and
many others.
Advanced industrial technology and own device manufacturing guarantee
high quality products. Experienced team of designers constantly
works on designing state-of-the-art and efficient devices, adjusting
them to customer requirements.


APPLICATION
• HVAC
• refrigeration
• food industry
• power industry
• sewage treatment plants
• chemical industry
• refining industry

The SafePLATE exchangers with a double-wall system are intended for systems where it is crucial to help protect media from mixing and quickly detect any possible leaks.

The SafePLATE exchangers have been designed for applications requiring high heat exchange efficiency, where it is crucial to help prevent the working media from mixing in case of internal leakage. Such leakage, although very unlikely, may result from corrosion or hydraulic impact in the system.

In such case the specially designed double wall layout and a slot on the side surface of the exchanger leads the leakage outside, which allows for its quick visual detection and undertaking appropriate preventive measures.



APPLICATION
• tap water heating systems
• central heating systems
• technological systems

WORKING PARAMETERS PED:

Max . temperature: 230° C
Min . temperature: - 195° C
Max . pressure:
LASP, LBSP — 3 mpa
LCSP — 2 mpa

The design and performance of JAD shell and tube heat exchangers make them perfect for the most demanding applications.
Their sizes, compact in relation to the heat exchange area,
and consequently the high performance as compared to the standard
solutions, are appreciated by many installers and users. Made entirely
of stainless steel, they offer a durable and sturdy design. Due to their
design flexibility, they may become a part of most heat transfer
systems. Thanks to their properties, JAD exchangers are most often
used in heating installations and heating substations, while JAD X –
in installations with high requirements.

Higher heat exchange coefficient obtained thanks to corrugated tubes, which increase the flow turbulence, intensifying the heat exchange.

WORKING PARAMETERS:
TUBES SIDE
-max. temperature: 250°C
-max. pressure: 35 BAR
SHELL SIDE
-max. temperature: 200°C
-max. pressure: 16 BAR

TI titanium pool heat exchangers are intended for use in pool systems with salt water.

Special design of our pool heat exchangers boosts heat transfer and delivers
better utilization of heat source. Equipped with straight tubes all
of the models ensure low pressure loss thus saving energy. Corrugated
straight tubes promote turbulent flow which further intensifies heat exchange
and helps reduce fouling.

APPLICATION
• pool with treated water
• salt water swimming pool
• oceanarium
• olympic pools

WORKING PARAMETERS PED:
-max.temperature: 110°C
-max.pressure: 16 BAR
• aqua parks