Hot transfer - Import export

Digitally printed heat transfers for PP plastics - printed roll to roll. ✔ No MOQ ✔ up to 318mm printing width ✔ Adhere to untreated Polypropylene ✔ High gloss finish ✔ Photo-realistic prints ✔ Fastest shipping Digital heat transfers are the easiest way to get into digital printing for your products. Therefore, we print them on demand with any design you need. These unique transfers are finished to adhere to untreated PP plastics and make them easy to use for cosmetics, promotional products, and other applications. Printed in less than 5 days, you will be ready to roll in no time. For the printing itself we use a high-end digital printing press based on toner and combine it with water-based adhesives without UV or VOCs. With this mix we can print details as tiny as 1-point small text. Personalized or serialized prints with safety features are also available. All you need to apply them is a heat transfer or hot stamping machine.

Digitally printed heat transfers for packaging applications - printed roll to roll. ✔ No MOQ ✔ up to 318mm printing width ✔ Adhere to many materials ✔ High gloss finish ✔ Photo-realistic prints ✔ Fastest shipping Digital heat transfers are the easiest way to get into digital printing for your products. Therefore, we print them on demand with any design you need. With a range of adhesives, these transfers can be produced to stick to PP, ABS, paper, glass, ceramics, varnishes, Tritan and many other materials. Printed in less than 5 days, you will be ready to roll in no time. For the printing itself we use a high-end digital printing press based on toner and combine it with water-based adhesives without UV or VOCs. With this mix we can print details as tiny as 1-point small text. Personalized or serialized prints with safety features are also available. All you need to apply them is a heat transfer or hot stamping machine.

Efficient use of waste heat (up to 1.000 °C) In many production processes waste heat occurs in form of hot air which is put out to the environment without any use. Very often these hot gases are contaminated air. On the other side clean (cold) air must be warmed up for the production process. In these cases cross flow heat exchanger can reduce the energy costs. The hot air stream will be conducted in the cross or counter flow method over the cold air inside the cross flow heat exchanger. Though both air streams are strictly separated because of the construction of the heat exchanger and they don´t get mixed (leakage less than 0,5 %). Only the energy of the hot waste stream is transferred to the cold clean stream.

Digitally printed heat transfers for beauty and cosmetic packaging - printed roll to roll. ✔ No MOQ ✔ up to 318mm printing width ✔ Easy to apply ✔ High gloss finish ✔ Photo-realistic prints ✔ Fastest shipping Digital heat transfers are the easiest way to get into digital printing for your products. Therefore, we print them on demand with any design you need. Make use of this product for your beauty and cosmetic primary packaging. From cosmetic tubes to airless dispensers or mascara bottles. Printed in less than 5 days, you will be ready to roll in no time. For the printing itself we use a high-end digital printing press based on toner and combine it with water-based adhesives without UV or VOCs. With this mix we can print details as tiny as 1-point small text. Personalized or serialized prints with safety features are also available. All you need to apply them is a heat transfer or hot stamping machine.

Digitally printed heat transfers for pens & pencils - printed roll to roll. ✔ No MOQ ✔ For all materials ✔ Easy to apply ✔ High gloss finish ✔ Photo-realistic prints ✔ Fastest shipping Digital heat transfers are the easiest way to get into digital printing for your products. Therefore, we print them on demand with any design you need. These transfers are made to adhere to a range of pens and pencils. From plain wood to coated pencils up to PP and ABS pen barrels. Printed in less than 5 days, you will be ready to roll in no time. For the printing itself we use a high-end digital printing press based on toner and combine it with water-based adhesives without UV or VOCs. With this mix we can print details as tiny as 1-point small text. Personalized or serialized prints with safety features are also available. All you need to apply them is a heat transfer or hot stamping machine.

Move hot, dry or wet abrasive metal scrap or finished parts with an oscillating scrap conveyor. Vibrating scrap handling systems are ideal for moving hot, dry or wet abrasive metal chips, die scrap, or finished parts across horizontal distances at roughly 12.5 feet per minute. Low cost, economical choice for small to large size shops. Built for machine-side or in-pit operation. This oscillating scrap conveyor is the top choice for transferring hot, dry or wet abrasive metal scrap, chip processing or moving finished parts across horizontal distances. This scrap handling system provides a steady movement of material at roughly 12 1/2′(3.81 meters) per minute.

The wet product fed through the inlet nozzle is picked up by the rotor blades, applied on the hot wall and simultaneously conveyed towards the outlet nozzle at the opposite end of the body. The generated vapours are streaming counter-currently to the product flow and are leaving the dryer close to the feed nozzle. Evaporating and conveying capacity are adapted by the right rotor blade arrangement. Entrained particles from the dry zone are removed in the wet zone. Moisture levels of less than 1 % can be achieved. The residence time of the product is typically between 5 and 15 minutes. The outstanding heat transfer rate for hot solid products enables cooling of large amounts of solids in a compact machine compared to usually used cooling screws and without cooling air.In product melting like the melting of urea, the particles are heated up and molten inside the dryer. The melt can be mixed with other liquid and solid additives to improve the properties of the final products.

ERC Soot Guard assures a permanently stable flame and soot-free, economical and environmentally-friendly combustion of heating oil in oil heating systems. THE EFFECT Soot is normally not a problem for modern oil heaters, except for oil heaters, where it may bring about high consequential costs. As a rule of thumb, a 1-mm-thick layer of soot on the boiler wall inhibits the heat transfer to the hot water to the extent that the heating oil consumption increases by approx. 4% with a consistent heat requirement. The main cause of soot is a poor and incomplete combustion of heating oil due to low oxygen levels. ERC soot guard relieves this and is simply added to the heating oil. THE RESULT ERC soot guard's catalytic effect is released in the flame and re-establishes optimal soot-free conditions. Consumption and costs are reduced and the impact on the environment as well as on the wallet is reduced, too. ERC soot guard works in more than just the flame.

HERMA wrap-around labeler 152C: precise labeling at low cost Equipped with the high-performance labeler HERMA 500, it is suitable for up to 200 cylindrical products per minute The easy-to-maintain solution with a folding belt and back pressure plate offers amazing performance and a fast return on investment Most adjustments can be made without tools with little time required With the optional roller prism technology, even spiral misalignment is almost completely eliminated; even aligned labeling succeeds perfectly Clean Design with closed holes, minimum gaps and grooves, and rounded corners protects the 152C from contamination and makes it easy to clean and maintain Installation of a printer unit such as a hot stamp or thermal transfer printer is possible without any problems Is now available much faster due to the Clean Design and digitized ordering processes, optionally in EU or US versions.

Hot cleaning of heat transfer circuits. Miscible with mineral-base heat transfer fl uids.

Hot stamping is the transfer of a metallic or colored film with one or more colors to a part. It allows the reproduction of fine details.

Free Cooling Systems, saves energy and operating expenditures in areas such as Telecommunications, Transmitting stations where traditional air conditioning applications has very high energy costs. Air conditioning units in areas such as GSM Base Stations, PSTN System Rooms, Data Centers, Bank ATMs consume excessive amounts of energy for cooling.Baran Technology Free Cooling System provides maximum cooling by consuming optimum energy. The operating principle of the system is very simple. Instead of cooling the hot air, the system provides that carrying the hot air out and transfers the cold air from outside to inside by using fan. It will not let the air conditioner work as much as possible. By this way up to 90% energy saving is achieved. By using of Baran Technology Free Cooling System, the system compensates its amortization value within six months to one year depending on geographical location and climate conditions.