Plate exchangers - Import export

•  operating temperatures up to 600°C (standard) •  completely made of stainless steel •  heat recovery factor up to 85% •  pressure-resistant up to 150 mbar •  completely welded •  high degree of efficiency •  without seelings  •  up to 100% gas-tight •  low maintenance •  small construction volume •  flexible coordination due      to single-item or small-lot production •  distance between plates from 3.5 mm to 7 mm •  available in the structural shapes K, L, U and LU  •  complete seperation of the two gas flows •  different current lines possible •  different volume flows for exhaust and feed air,       applicable for the temperature control of useful heat Structural shape In principle, the shape is arbitrary.  The choice takes place after consulting with the customer and with similar power are no costs involved. It depends on the technical demands of the application.  The structural shape X (crossflow) isn't possible with the ´ THERMO GAS System.     Shape LU  This structural s

•  operating temperatures up to 600°C (standard) •  completely made of stainless steel •  heat recovery factor up to 85% •  pressure-resistant up to 150 mbar •  completely welded •  high degree of efficiency •  without seelings  •  up to 100% gas-tight •  low maintenance •  small construction volume •  flexible coordination due      to single-item or small-lot production •  distance between plates from 3.5 mm to 7 mm •  available in the structural shapes K, L, U and LU  •  complete seperation of the two gas flows •  different current lines possible •  different volume flows for exhaust and feed air,       applicable for the temperature control of useful heat no costs involved Shape U    This structural shape is especially qualified for small plate heat exchangers. This structural shape is although qualified for plate heat exchangers which should streamed vertically.

•  operating temperatures up to 600°C (standard) •  completely made of stainless steel •  heat recovery factor up to 85% •  pressure-resistant up to 150 mbar •  completely welded •  high degree of efficiency •  without seelings  •  up to 100% gas-tight •  low maintenance •  small construction volume •  flexible coordination due      to single-item or small-lot production •  distance between plates from 3.5 mm to 7 mm •  available in the structural shapes K, L, U and LU  •  complete seperation of the two gas flows •  different current lines possible •  different volume flows for exhaust and feed air,       applicable for the temperature control of useful heat Structural shape In principle, the shape is arbitrary.  The choice takes place after consulting with the customer and with similar power are no costs involved. It depends on the technical demands of the application.  The structural shape X (crossflow) isn't possible with the ´ THERMO GAS System.  Shape L    This plate heat exc

•  operating temperatures up to 600°C (standard) •  completely made of stainless steel •  heat recovery factor up to 85% •  pressure-resistant up to 150 mbar •  completely welded •  high degree of efficiency •  without seelings  •  up to 100% gas-tight •  low maintenance •  small construction volume •  flexible coordination due      to single-item or small-lot production •  distance between plates from 3.5 mm to 7 mm •  available in the structural shapes K, L, U and LU  •  complete seperation of the two gas flows •  different current lines possible •  different volume flows for exhaust and feed air,       applicable for the temperature control of useful heat Structural shape In principle, the shape is arbitrary.  The choice takes place after consulting with the customer and with similar power are no costs involved. It depends on the technical demands of the application.  The structural shape X (crossflow) isn't possible with the ´ THERMO GAS System.  Shape K    An absolute classic

Working pressure up to 30bar Temperatur up to 195 °C Maximal 300 plates Various brackets Special versions on demand

Temperation of fluids Pillow plates are used everywhere where liquids must be temperated. In dependence of application the liquids can be cooled or heated. Cause of this wide range of applications pillow plates are used in the process industry, in the cooling industry and in a lot of other industries. Pillow plates are also know as heat exchanger plates, evaporator plates, cooling plates /sheets and thermo plates / sheets. Pillow plates as air-/water-heat exchanger Additionally to the temperation of liquids pillow plates are also used as air-/liquid heat exchangers. In case of polluted or wasted air and if there are high demands for cleaning, more and more pillow plates are used as air-/water-heat exchanger. The large exchange surface and the good possibilities for cleaning are important features for this type of heat exchanger.

Generate cold water / flake ice continuously Proven use Falling film chillers have been used in various industrial sectors for many years. Water runs over the heat exchanger plates from a trough arranged above the heat exchanger plates. This enables a continuous heat transfer between the water and the cooling medium. Outstanding advantages The arrangement of holes in the upper tub enables targeted water distribution on the heat exchanger plates. The construction using a perforated tub has the further advantage that no contamination occurs and the liquid to be cooled is evenly distributed. Made of stainless steel The trickle cooler is made entirely of stainless steel. You can choose between different materials (see data sheet). Low boiling delay Our trickle coolers are characterized by the fact that the boiling delay is low in flooded operation, whereby overheating can be selected in dry expansion operation.

The Befort measuring magnifier design provides for a parallaxfree reading. Measuring magnifiers are available with 6, 8 and 10fold magnification. Measuring plates are exchangeable.

With wall plate | lockable closing plate | exchangeable pump | flexible dosage quantities | for all conventional 500 and 1.000 ml bottles Measurements in mm (W x H x D): 105 x 350 x 222 Universal Arm Lever Dispenser, ABS, white, with drip tray Universal Arm Lever Dispenser, ABS, white 1.000 ml bottle included in delivery · including adapter for 500 ml bottle

With wall plate | lockable closing plate | exchangeable pump | flexible dosage quantities | for all conventional 500 and 1.000 ml bottles Measurements in mm (W x H x D): 105 x 350 x 222 Universal Arm Lever Dispenser, ABS, silver, with drip tray Universal Arm Lever Dispenser, ABS, silver 1.000 ml bottle included in delivery · including adapter for 500 ml bottle

Polyester heaters also referred to as Polyester film heaters or Polyester foil heaters consist of an electrically conductive ink between two insulating respectively carrier layers of polyester. With a maximum size of 600 x 1000 mm, their average height is only 0.2 mm. As the picture examples show, practically any shape and type of cut-out is possible. Polyester foil heaters are resistant to permanent temperatures of up to 90°C (max. 100°C for short periods). It is generally not possible to predict which temperature a Polyester heating element will reach in the application, as there are extremely many influencing factors. These include not only the power, but also the mass and type of goods to be heated, the ambient temperature, air currents, the type of mounting and, of course, the control technology. Typical applications for Polyester heaters are e.g. cup warmers in coffee machines, mirror heaters, plate heat exchangers, flat applications with a target temperature below 90°C.

CLEAN PROCESS WATER WITH GWK KU-PLANTS Water is one of the key elements in our daily life. It is a supplier of the most various requirements, also in the area of technical and mechanical production. Water is an excellent cooling medium. ku-plants from gwk utilise the cooling energy provided by water to carry away heat from production machines in the most troublefree and cost effective way possible. Removing side effects Fresh water from a well, from rivers and from other surface reservoirs is always saturated with oxygen and includes a large number of minerals and suspended particles which can block up the cooling channels in production units through corrosion or by producing deposits. ku-plants from gwk do not allow such problems to arise. A plate-type heat exchanger made of stainless steel separates the clean closed circuit that is used to cool the production from the natural fresh water circuit that is contaminated with all kinds of impurities.

Our brazed plate heat exchangers offer customized solutions for a wide variety of applications. Thanks to the automated production and compact design of our brazed plate heat exchanger series, we can put together an individual heat exchanger for you within a very short time. The latest technology and decades of experience of successful applications guarantee highest quality, cost efficiency and reliability.

Our fully-welded plate heat exchangers make a convincing case due to their minimal size, outstanding thermal transfer coefficients and comparatively minimal investment costs. They are particularly robust and require only minimal cleaning and servicing. Their design advantages come into play especially in areas, in which, in addition to the output, load capacity is also a requirement.

Our gasketed plate heat exchangers combine passion, scientific curiosity and technological expertise. The facts: High efficiency at low operating costs, versatile application possibilities with lower investment costs and maximum flexibility. Our efforts to continuously develop the gasketed plate heat exchanger-series further are aimed at meeting your thermodynamic and hydraulic performance needs and to ensure maximum economic efficiency. Our wide range of plate corrugations, connection sizes, materials, plate lengths and widths enable an ideal configuration according to your exact requirements. Additionally, our gasketed plate heat exchangers come with a maintenance-friendly assembly and sealing technology, ensuring low service and maintenance costs.

Modular construction High-end Standard 6 sealing unit Narrow sealing unit with ultrasonic sealing system Pneumatic hold-down device Pneumatic side pusher with opposite buffer plate Signal exchange via 16-pin contact Easy accessibility and tool-free disassembly of strap path components Low-wear DC drives with integrated electronics Stepless turnable operation panel (ECOB) for many-sided operation Adjustable strap tension via operation panel Programmable strap tension value Switching from maximum to material-friendly Eco-speed in the control Cycle counter integrated in the control Quick strap coil change Strap coil changeable from the front and the side Automatic strap threading system Strap end detection with ejection of remaining strap Automatic strap loop ejection Extremely low energy consumption Stand-by mode 4 castors, 2 of them lockable CE marking inclusive conformity declaration Structural painture in RAL 5010, gentian blue

Type: VT 40 Locin Manufacturer: GEA Ahlborn Description: Plate heat exchanger

Type: K 55 Manufacturer: APV Description: Plate heat exchanger

Type: Sigma 30/32 Manufacturer: Schmidt Description: Plate heat exchanger

DESCRIPTION High stability on high capacity. Type of metal used S.S 316 / 304 Certifications ISO 90012015, OHSAS 180012007, ISO 500012011, ISO 450012018, FDA, HACCP, CE, UL SPECIFICATION HMI, SCADA System. Centrifugal pumps. CIP System. Apparent piping and extension system. ALFA LAVAL pasteurization gasketed plates. Diaphragm steam valves Copper plates heat exchanger. PT100 Sight glass. Our machine has been design to pasteurize Milk, Yogurt, Ayran and Juice. Available documents up on your request I.Q (Installation qualification), O.Q Operational qualification), P.Q Performance qualification.

The hot filter press combines the standard process steps of a membrane filter press, (filtration, filter cake washing and squeezing), with the additional function of a thermal filter cake drying (TCD). As a result, all process steps are carried out in one plant, the hot filter press. Dewatering and drying of the resulting filter cake is thus done without a downstream drying process. Cost-intensive and time-consuming vacuum contact drying is therefore no longer necessary. FUNCTIONAL PRINCIPLE OF THE HOT FILTER PRESS – WITH THERMAL FILTER CAKE DRYING In contrast to the conventional method, the system consists of membrane filter plates and heat exchanger plates, which are installed alternately in a filter press. For thermal drying, hot steam and/or oil is applied to the working space behind the membrane and the filter cake is thermally dried accordingly. The advantage of this process is that a high dry matter content (DM content) of over 90% is achieved.

Plate heat exchangers are a part of the wort cooling in the beer production process. Made of stainless steel. The heat exchangers are vacuum-hard wired. They must be made of stainless steel plates and copper solder, which are looking at stainless steel.