Thermal transfer - Import export

Thermal Transfer Ribbon is basically a polyester film on which are coated different layers. Ink layer is transferred to the label thanks to the heat delivered by the thermal head of the thermal printer. Printing with Thermal Transfer Ribbons is a proven technique to deliver durable variable codes, such as barcodes, that always read or scan. It produces dense, high-resolution images in colour or black-and-white. Additionally, it can be used on a wide variety of substrates. Images made with these ribbons are highly resistant to chemicals and extremely durable. The printers work at high speeds and require little maintenance. JUMBO ROLL: 890 X 18,100 (16,109 SQM) FINISHED ROLL: CUSTOMAZING

"We have different solutions at the industrial pump level. We offer two solutions in our product range: thermal oil transfer or water transfer. In the pumps offered by Focquet, we have mainly bare shaft pumps mounted on base, monobloc pumps and in-line pumps. The pump department is specialized in the overhaul of pumps of all brands and the assembly of pump units with a very short delivery time. We have a great deal of expertise and know-how in industrial pumps and a large stock of spare parts in order to respond to our customers' emergencies as well as possible."

"We have different solutions at the industrial pump level. We offer two solutions in our product range: thermal oil transfer or water transfer. In the pumps offered by Focquet, we have mainly bare shaft pumps mounted on base, monobloc pumps and in-line pumps. The pump department is specialized in the overhaul of pumps of all brands and the assembly of pump units with a very short delivery time. We have a great deal of expertise and know-how in industrial pumps and a large stock of spare parts in order to respond to our customers' emergencies as well as possible."

R134a is a new type of refrigerant, its standard boiling point is -26.5°C; R134a is safe, colorless, odorless, non-flammable, non-explosive, basically non-toxic, and chemically stable; R134a has a large latent heat of vaporization and is more stable Large autoclave capacity and good refrigeration capacity; large saturated gas volume, small mass flow of refrigerant in the same displacement compressor; high thermal conductivity, good heat transfer performance; low viscosity, good fluidity; no effect on the ozone layer The damage and greenhouse effect are smaller than R22. R134a has a relatively small corrosive effect on metals, good stability, and is insoluble in water, but R134a is insoluble in mineral oil, so POE or PAG lubricants are required.

Heat transfer between a gaseous media and a liquid finned tube heat exchangers are often called air/water heat exchangers or gas/water heat exchangers. Heat transfer between a gas (for ex. air, steam) and a liquid (for ex. water, seawater, oil) takes place in the air-/water heat exchangers. Very often air/water heat exchangers are used as exhaust heat exchanger to gain the energy out of warm or hot exhaust fumes. Finned tube radiators can also be used as air heater, air cooler or condenser To improve the thermal output transfer from the gas to the liquid, fins made of well heat transferring materials are put on the tubes. The great increase of the thermal efficiency when applying fin tubes allows a substantial reduction in size and costs of such cooling equipment. The surface of such tubes is substantially increased and consequently less tubes are required compared with exchangers with plain tubes.

Thermal direct / thermal transfer printer for more features, more convenience, more functionality. Regardless if used as stand-alone printer, total printer or if used for weight-related product labeling, the GLP maxx with its Intel® Atom™-based hardware is the ideal solution for today's and tomorrow's requirements. The GLPmaxx can be used as a label printer for product labeling in the food processing industry as well as in manufacturing trade and logistics. It is perfectly suitable for dispatch and stock labels. In combination with the Bizerba weighing technology it is the perfect starter kit for manual price labeling.

CODE MARKER FPHP 280- Recommended for medium-high productions. Thermal marker hot ink ribbon, ideal for marking labels and cartons. Operation: The operator must enter the letters in the type holder, turn on the marker and set the temperature suitable for the operation. The variation of working temperature depends on thickness and typology of product to be marked. The marking can be done when the marker has reached the temperature. Marking with FPHP 280 marker: The operator must enter the letters in the type holder. Pressing the electric pedal, the marker makes marking quickly (in about 2 seconds). It's a recommended marker to print expiration dates or lots. It's an electric model, then the printing quality is very good and does not vary from time to time because the descent of the characters happens in a vertical manner and the pressure is always constant. The head with the letters transfers ink from the ink ribbon to the product creating a permanent and lightly engraved marking.

Banding machines with integrated thermal transfer printers for justintime printing of constant or variable information on raw or preprinted tapes made of paper or foil.

A clean solution that allows you to label your tires in an efficient and safe manner: The adhesive-free edge of the Bizerba tire labels minimizes the cleaning effort of your application devices. It ensures optimal adhesion even on the most difficult surfaces. Matching your needs the specifically developed quality label is printable by means of thermal transfer ribbon or ink-jet. Bizerba tire labels are the right solution - meeting the special requirements of your product in terms of labeling: We have developed a soft special adhesive with strong adhesion which safely sticks to very grooved rubber surfaces. In all weathers.

The HSHP – Drum Heater (220 °C) is suitable for steel drums (and with restrictions also for plastic drums). The outer material is a Teflon which is released for contact with food. The material possesses high levels of chemical and acid resistance. However, products such as waxes, soaps and materials with high water content can be heated excellently as well. The drum heating jacket is lightweight, robust and free of silicone. The excellent thermal transfer properties due to the perfect fit result in homogenous temperatures. Our silicone-free high-temperature drum heater is available in the standard size of 200 liters but can also be made to customer specification.

Industrial Barcode Label Printer with Thermal direct / thermal transfer printer for more features, more convenience, more functionality. Regardless if used as stand-alone printer, total printer or if used for weight-related product labeling, the GLP maxx with its Intel® Atom™-based hardware is the ideal solution for today's and tomorrow's requirements. The Industrial Barcode Label Printer with Thermal direct and thermal transfer printer packed with more features, more convenience, and more functionality. Regardless if used as stand-alone printer, total printer or if used for weight-related product for labelling, the GLP maxx with its Intel® Atom™-based hardware is the ideal solution for today and tomorrow's requirements. Future proof your business. The GLPmaxx Industrial Barcode Label Printer can be used as a label printer for product labelling in the food processing industry as well as in manufacturing trade and logistics. It is perfectly suitable for dispatch and stock labels....

Our special solution for labeling fresh, moist or greasy food: Manufactured from a material approved for food. Water and grease resistant properties and printable in thermal transfer process. Suiting your needs we realize your individual label in true Bizerba quality. Bizerba labels for direct food contact safely and reliably fulfil their function: Our ISEGA-tested solution can be safely applied to your fresh, moist or even greasy food. Bizerba offers you various solutions: For multicolored preprints, paper or film labels with a permanent, special acrylate-based adhesive can be used. Another alternative with particularly resistant properties is our polyethylene film-based synthetic paper label. It combines the print quality of coated paper with the robustness of a high performance film: The label is tearproof and resistant against water, grease and chemicals.

This label solution ensures a high quality brand image. We combine paper, adhesives and refinements to realize an individual label for your needs. Matching your needs and in true Bizerba quality. Bizerba decorative paper labels make an impression: Communicate all relevant product information on high quality, double coated paper. Due to our numerous design options we achieve a high and unique advertising impact for you. Ideally suitable to differentiate your product on the market and to make it recognizable. We manufacture your individual label ranging from special sizes and die-cutting up to perforation. Bizerba decorative paper labels can be printed in multiple colors, can be varnished and additionally refined. The adhesive will be individually matched to the application. If needed, you can apply information via thermal transfer technology.

Thermal direct / thermal transfer printer for more features, more convenience, more functionality. Regardless if used as stand-alone printer, total printer or if used for weight-related product labeling, the GLP maxx with its Intel® Atom™-based hardware is the ideal solution for today's and tomorrow's requirements. The GLPmaxx can be used as a label printer for product labeling in the food processing industry as well as in manufacturing trade and logistics. It is perfectly suitable for dispatch and stock labels. In combination with the Bizerba weighing technology it is the perfect starter kit for manual price labeling. The printers are network compatible and can also be controlled directly via the Internet. Settings and maintenance of the printer unit can be made without need of any tools - reducing costs and increasing print quality.

Our high-current brushes feature a large contact surface and a very high metal content. You tell us your requirements. We can produce the version which best suits your current transmission system! When very high low-voltage currents have to be transferred with simultaneous thermal conduction, high-current carbon brushes are needed. You will find this special expertise at MACK. The classic areas of application for our high-quality products are electrolysis, galvanising and welding plants, as well as high-current applications in mechanical engineering.

Air heat exchangers as finned tube heat exchangers Heat transfer between a gaseous media and a liquid Finned tube heat exchangers are often called air/water heat exchangers or gas/water heat exchangers. Heat transfer between a gas (for ex. air) and a liquid (for ex. water) takes place in the air-/water heat exchangers. To improve the thermal output transfer from the gas to the liquid, fins made of well heat transferring materials are put on the tubes. Very often air-/water heat exchangers are used as exhaust heat exchanger to gain the energy out of warm or hot exhaust fumes. Finned tube heat exchangers can also be used as air heater, air cooler or condenser.

What you can expect from APROVIS high-temperature heat exchangers: - Transfer to water / thermal oil / air - Abrasion protection for abrasive components in the flue gas or product gas (e.g. wood gas) - Implementation of individual solutions (e.g. with regard to available space, thermal performance) - Use of various high-temperature stainless steels according to the application in question - Own measurements on site

A heat exchanger is a device designed for the transfer of internal thermal energy between two or more fluids with different temperatures. Typically, these fluids are separated by a heat transfer surface to prevent mixing. Heat exchangers find applications across various industries, including process, power, petroleum, transportation, air-conditioning, refrigeration, cryogenic, heat recovery, alternate fuels, and more. Examples of heat exchangers encountered in daily life include automobile radiators, condensers, evaporators, air preheaters, and oil coolers. Heat exchangers can be classified in numerous ways based on their design and applications.

Thermal transfer technology is often used in applications where the labeled product requires long shelf life or is exposed to tough handling. Examples are pharmaceutical, industrial and other non-food products. The A-Series T43 labeling machine guarantees excellent barcode readability even after long storage periods.

The 85 MD Premium PVC window system is a combination of state-of-the-art technical solutions designed to achieve excellent thermal transfer properties, thus guaranteeing warmth, peace of mind, security and a unique aesthetic appearance of the window. The PVC window system perfectly suits those looking for thermal energy savings by increasing the depth of the profiles and the number of inner chambers and implementing a new glazing technology for the window wings

The multilayer label, also known as a peel-off label or multilayer label, consists of two or three layers of labels on top of each other. This means that three pages are available for your information. You can achieve a five-sided information surface with three layers and double-sided printing of the label. Multilayer labels are resealable and can usually be opened using a glue-free flap. As a back label, they can be punched in almost any shape and even printed using thermal transfer printing.

Labels with variable data individually according to customer requirements If UL certification is required for your barcode labels, this is no problem for Förster Etiketten. We deliver in all formats from small series to large runs on rolls or sheets, or individual labels in the required coding: GS1 GTIN code Barcodes (EAN code or barcode label)Barcodes (EAN code or barcode label) 2D data matrix codes – content from a database Alphanumeric characters from a database Also with results logging on request Other variable data, such as the date of manufacture, can also be subsequently inscribed on the label material or on the laminate at the production site using thermal transfer printing, even in compliance with UL.

For applications involving very high currents and voltages, Seifert electronic provides heat sinks and mounting brackets designed to apply the appropriate pressure for optimal disc cell cooling. Presspack cells are employed in circuits where very high currents and voltages are present. In such scenarios, disc cell cooling is crucial for ensuring good electrical and thermal transfer. Achieving this goal primarily hinges on the connection between individual presspack cells and the heat sinks in disc cell cooling. This connection must be established with the clamping force specified by the manufacturer. With Seifert heat sinks and the accompanying mounting brackets, also known as clamping brackets, we offer professional equipment for maintaining the correct pressure in disc cell cooling applications. This ensures a high level of durability and robustness, contributing to an extended lifespan of the setup.

The mixed aluminium and wood system uses standard triple-adjustable hardware and front fixing. External aluminium profiles containing polyamide bars improve thermal insulation with minimal transfer values. Aluminium outer sheets and wooden inner modules are made in two ways, by independent fixing with clips and by means of gaskets.

The WPC is an integrated solution to produce wires for switch cabinets: it marks them and crimps the corresponding wire end ferrule. The WPC loads an EPLAN or other CAE file and produces all wires within this list step by step. Cross-sections from 0.5 mm² to 2.5 mm² are supported. For each item in this list, the wire is cut to length sequentially with the help of the multi feeder Z+F EVOFEED® , the corresponding labels are printed and the correct ferrule is crimped to the wire with the UNIC-GV universal crimping machine. The thermal transfer printer (THM-MMP) is suitable for all markers and labels of the MultiMark family as well as for continuous material, fabric and polyester labels, heat shrink tubing or PLC labels. The operation of the individual steps is carried out manually, which allows the operator to route and connect the wires for the complete job in the switch cabinet wire by wire. Due to the high level of automation it is not necessary to change wires and ferrules.

The machine allows labeling with self-adhesive labels on large cylindrical or shaped bottles and drums, from the food sector to chemicals. It enables working with products of different shapes and sizes with a few simple adjustments. These machines are always tailored to the specifications of the product to be labeled, whether round or rectangular, with one or two label distribution groups. Optional features include non-standard size conveyor belts, pulling motorizations, fixed or rotating accumulation tables, handle centering devices, thermal transfer or ink-jet printing systems. Self-adhesive stations driven by stepper motors for maximum application precision, electronic board for label start signal, precision electronic adjustment of label positioning, motorized top conveyor for stabilizing square-rectangular containers. Production: from 2,000/h to 12,000/h.

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.

This workstation enables the manual serialisation of drug packages and their aggregation into shipping cases. For this purpose, each individual box is first printed with order-related serialisation data by a thermal inkjet printing system as it passes by and then manually placed in a shipping carton. As soon as it is filled, the downstream thermal transfer label printer creates an individual serialisation label. The correct print data and print quality are permanently monitored by a vision system. The operator places the medicine products to be serialized on a reference edge at the infeed. As soon as the thermal inkjet printer has printed the serialisation data, the integrated vision system checks that the data is correct. If an error is detected (e.g. insufficient grading), the product stops at a certain position marked by red LEDs. The removal of the rejected product must be confirmed by pressing a button on the HMI.

The PDL model series for labeling Petri dishes from our special machine construction provides filled and sealed Petri dishes with a serialized DMC label in the minimum tolerance range at an output of 130 products/min. The system combines mechanical engineering, label material and thermal transfer printer. The Petri dishes from the previous filling/capping line are fed to the labeling system. By means of a clock star, the system transports the products through the various stations, such as labeling, the press-on unit and DMC inspection, where the grading (quality control) of the data matrix code takes place at the same time. In case of insufficient quality of the barcode, the product is ejected. By using our label dispenser RAPID SM we guarantee an accuracy of +-0.2 mm at a labeling speed of 60 m/min while maintaining the product quality. The signals are switched directly into the stepper motor card developed by us.