Cooling - Import export

The LogTag Glycol Temperature Buffer is specially designed to monitor and control the temperature of vaccines during storage and transportation. The glycon buffer reflects the temperature in a vial of vaccine. With this product, you control that vaccines are not exposed to high or low temperature changes.

Ultra-compact cameras for scientific and low-light applications featuring the latest CCD and scientific CMOS (sCMOS) sensors with modern, high speed interfaces such as USB3.1 Gen1 and PCI express (PCIe) USB models are offered with Peltier cooling for outstanding dark current performance and highest dynamic range. The PCIe interface provides the ultimate in speed for the fastest readout available from these high-performance sensors.

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The standard height of our products is 720 mm. Either fixed or telescopic traverse can be used according to the measurements of the table. Electrostatic powder coating technique is applied to our products. Production in custom sizes and demounted shipment. Our products have been patented.

At Aldea, we're committed to environmental responsibility with R290 gas to reduce carbon emissions. Our Bigblue devices operate efficiently (-25°C to 43°C), ensuring high outlet water temperatures. Using superior inverter compressor technology, they cut electricity bills. Equipped with high-quality components, including advanced PCB cooling and state-of-the-art evaporators, they guarantee efficient heating, hot water, and cooling. Certified with WaterMark, our double-row plate heat exchangers meet top standards. Compatible with remote monitoring and control systems, our heat pumps offer easy management. With cloud technology, users can remotely access parameters, ideal for industrial facilities or hotels.

Pressing and shaking the TOP FROST bag initiates an internal reaction between the water bubble and the azotic salt compound. As result, an endothermic reaction is created dropping the temperature down to –5°C. External bag made of nonwoven fabric with a triple heat sealing to guarantee the highest resistance, cold storage and impermeability. The nonwoven fabric protects hypersensitive zones of excessive sensations of the coldness. Patent protected. Mixture of azotic salt according to EUnorm CE 1907/2006

Active climate control of individual enclosures for heat losses of up to 3 kW. Target temperature-controlled control of the server inlet temperature. SK Roof-mounted cooling unit, For cooling IT equipment, Control of the server air infeed temperature, WHD: 597x417x895 mm, 230 V, 1~, 50 Hz

Features 42-mm wide air nozzle. Taking in surrounding air and boosts multiplied air flow. Uniform distribution resulting from the unique flat design. Max. allowable temperature: [Plastic] 120℃ (245°F), [Stainless steel] 400℃ (750 °F) Applications Blow-off drying: Blow-off drying after washing, Edge wiper for steel surface treatment, Blow-off drying for engine block Blowing off dust/paint dust, Rejection of inferior products, Blowing off dust for steel plate Cooling: Pinpoint cooling for molded plastic

Consisting of systainer® T-Loc V incl. EPP insert in cover and in body Suitable for keeping materials cool or warm for a long period of time. Isoliersystainer®: interior dimensions, approx. L 316 x W 218 x H 322 mm systainer® material: ABS Insulating insert material: EPP moulded foam Consisting of systainer® T-Loc V incl. EPP insert in cover and in body Suitable for keeping materials cool or warm for a long period of time. Isoliersystainer®: interior dimensions, approx. L 316 x W 218 x H 322 mm systainer® material: ABS Insulating insert material: EPP moulded foam

Consisting of systainer® T-Loc III incl. EPP insert in cover and in body Suitable for keeping materials cool or warm for a long period of time. Isoliersystainer®: interior dimensions, approx. L 316 x W 222 x H 123 mm systainer® material: ABS Insulating insert material: EPP moulded foam Consisting of systainer® T-Loc III incl. EPP insert in cover and in body Suitable for keeping materials cool or warm for a long period of time. Isoliersystainer®: interior dimensions, approx. L 316 x W 222 x H 123 mm systainer® material: ABS Insulating insert material: EPP moulded foam

Complete cooling unit with a lot of evaporators, all NEW Air-cooled chiller Technical specs Cooling capacity: 749 kW Max. power consumption 410 kW Max. operating current 822a Max. fan power consumption 28,26 kW

Made internally 2B and externally SATINE Bottom with a slight inclination for certain emptying. Insulation with a thick layer of environmentally friendly polyurethane Butterfly type safety valve for emptying (DN50) Curved bottom for complete emptying Measuring stick (pointer). Regulator for alignment Cooling unit Type R404 coolant Small size and ergonomic placement Manufactured in accordance with ISO 5708 BII standard Electrical automation panel, waterproof IP55 Electric control system for the stirring program and the milk temperature, which is displayed digitally Cable with a plug that can be connected to a socket

Made internally 2B and externally SATINE Bottom with a slight inclination for certain emptying. Insulation with a thick layer of environmentally friendly polyurethane Butterfly type safety valve for emptying (DN50) Curved bottom for complete emptying Measuring stick (pointer). Regulator for alignment Cooling unit Type R404 coolant Small size and ergonomic placement Manufactured in accordance with ISO 5708 BII standard Electrical automation panel, waterproof IP55 Electric control system for the stirring program and the milk temperature, which is displayed digitally Cable with a plug that can be connected to a socket

Made internally 2B and externally SATINE Bottom with a slight inclination for certain emptying. Insulation with a thick layer of environmentally friendly polyurethane Butterfly type safety valve for emptying (DN50) Curved bottom for complete emptying Measuring stick (pointer). Regulator for alignment Cooling unit Type R404 coolant Small size and ergonomic placement Manufactured in accordance with ISO 5708 BII standard Electrical automation panel, waterproof IP55 Electric control system for the stirring program and the milk temperature, which is displayed digitally Cable with a plug that can be connected to a socket

Made internally 2B and externally SATINE Bottom with a slight inclination for certain emptying. Insulation with a thick layer of environmentally friendly polyurethane Butterfly type safety valve for emptying (DN50) Curved bottom for complete emptying Measuring stick (pointer). Regulator for alignment Cooling unit Type R404 coolant Small size and ergonomic placement Manufactured in accordance with ISO 5708 BII standard Electrical automation panel, waterproof IP55 Electric control system for the stirring program and the milk temperature, which is displayed digitally Cable with a plug that can be connected to a socket

Made internally 2B and externally SATINE Bottom with a slight inclination for certain emptying. Insulation with a thick layer of environmentally friendly polyurethane Butterfly type safety valve for emptying (DN50) Curved bottom for complete emptying Measuring stick (pointer). Regulator for alignment Cooling unit Type R404 coolant Small size and ergonomic placement Manufactured in accordance with ISO 5708 BII standard Electrical automation panel, waterproof IP55 Electric control system for the stirring program and the milk temperature, which is displayed digitally Cable with a plug that can be connected to a socket

World wide Commodity Trading B.V is a leading is a cosmetic trading company based in Nederland We import, export and distribute luxury skin care and cosmetics, including perfumes and other body products Worldwide.

The low ceiling height makes the IK3000 particularly ideal for crafts operations. It entices not only by shortest cooling times, but also convinces with its many possible equipment options including optional cooking! The intensive cooling system's applications are not limited to use in trades The particularly high cooling output per chamber unit and the modular constructionkit build make the system attractive to the industry as well. Small space demand Cooling times reduced by up to 75% Longer durability from fastest passage through the critical temperature range for germ growth Less weight loss Less water consumption Additional steam cooking possible Optionally available with brine circuit Maximum flexibility thanks to construction kit system

The 2500 KW cooling tower is designed to provide high performance for a minimal unit size. The specially designed drift eliminators reduce drift to 0.002% of flow. When supplied with chilled water, the cooling tower can also be used as a bulk air cooler for applications requiring large air flow. Designed and assembled to Aggreko’s standards. Packaged into 20 ft. ISO container frame. Brentwood drift eliminators designed for forced draft. Fully enclosed and protected from direct sunlight. Fan unit driven by a variable speed drive. Controlled operation of condenser unit fans. Safe and reliable operation for rental applications. Ease of transportation, handing and protection. Reduces drift to a rate significantly lower than that required by law. Increases safety with respect to microbial growth. Regulates fan speed proportional to sump temperature. Maximises efficiency, minimises noise and prevents overcondensation when coupled with water-cooled chillers.

The Nova cooling tanks by FESSMANN convince with their highquality processing and special hygiene designs. This means Allround jointfree welding, use of special antidirt edges and a tank bottom inclined towards the drain. This way, dirt deposits are a thing of the past and cleaning becomes child's play! Unique heat insulation ensures best efficiency Volume can be chosen between 300 – 1000 l Hygienic stainless steel design with antidirt edge Delivery in prefabricated construction considerably shortens the assembly times

Huan-Tai has been a supplier to the aluminum Industry for over 27 years providing dross pans and sow molds to almost every major aluminum producer in our industry. We supply Aluminum dross recycling unit ingot molds dross pans sow molds cooling slat cake black dross.

Drycoolers are simple and reliable equipment. Their principle of operation is based on a sensible heat exchange between air and water where: air is drawn in by fans through a finned coil, while water (or a mixture of water and glycol) flows through the tubes that make up the coil and cools when ambient air (colder cooler) laps the surface of the latter. Exchange coils, with a "V" arrangement within the cooler, consisting of copper tubes and aluminum fins. The angle between the coils, the diameter of the tubes, and the thickness and length of the fins, are sized to ensure the best heat exchange performance, for a given fluid and air flow pressure drops.

The PAD-V adiabatic system is the optimal solution for increasing the efficiency of air systems, with capacities from 75 to 1,100 kW. Dry operation during cold periods: ambient air is drawn in and conveyed to the heat exchange coils (where the fluid to be cooled passes through): no water in the circuit, as during standard dry cooler operations. Energy use is also optimized by electronically modulated fan speeds based on temperatures. Adiabatic operation during hotter periods: outside air passes through the humidifier pack to be pre-cooled, before being conveyed to the finned coils and performing its cooling function: efficiency is increased. This also makes it possible to work at lower ambient temperatures.

RAW/E liquid coolers (water, water/antifreeze) operate through a closed circuit, consisting of a finned coil crossed in countercurrent by ambient air. Due to the sizing of the coil, it is possible to achieve process fluid temperatures close to the temperature of the intake air. They are industrial chillers designed for fluids between 0°C up to 70°C, with external temperatures between -10°C and +50°C: cooling powers available as standard from 64 kWf up to 782 kWf, considering a 10°C difference between ambient air and supply water. “RAW” series chillers are environmentally friendly machines: the fluids used in the cooling process are simply water/antifreeze (fluid to be cooled) and ambient air (cooling fluid). In addition, the use of high quality materials allows the achievement of high efficiency values (ratio of kWf rendered in cooling to kW absorbed in power consumption).

To get the maximum performance with minimum energy and management consumption, it is important that your cooler is always maintained at maximum efficiency. Checking the general condition of the main parts (in the case of an evaporative cooling tower: fill pack, motor fan unit, distribution, etc.), allows to maintain the functionality over time. For this purpose MITA offers a wide range of spare parts, solutions to restore and ensure the initial efficiency. Some advantages of spare parts for cooling towers and other cooling technologies. - Set of original spare parts for the first 5 years of operation: at an attractive price. - Certainty of immediate availability for original spare parts. - Spare parts corresponding to the original on request. You can also ask MITA Service for maintenance work on evaporative towers, evaporative condensers, adiabatic coolers and chillers of any brand.

Complete solutions specifically studied and designed for a more efficient and automatic management of evaporative cooling towers and industrial coolers. Some advantages of integrated cooling systems. - Program and modulate the progress of the machine during its use. - Optimize electricity consumption and water treatment. - Dosage and salinity control. - Water collection. - Remote monitoring and predictive maintenance possibility.

Dry coolers are simple and reliable equipment. Their operating principle is based on a sensible heat exchange between air and water where: air is drawn in by fans through a finned coil, while water (or a mixture of water and glycol) flows through the tubes that make up the coil and cools when the (cooler) ambient air laps the surface of the latter. Fins are used to increase the overall heat exchange surface area so that the equipment can be as compact and efficient as possible.

MCC-T closed circuit evaporative tower allows to keep process fluids unaltered even in large plants. Some examples of applications: oil & gas, food industries, large paper mills. Easy transport of modules over long distances with reduced costs.