Digital Mug Heat Press Transfer Machine

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 1 Set set

Supply Capability:: 1000 Sets Per Month set/month

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Detailed Product Description

220V,110V Digital Mug Heat Press Transfer Machine

1.0-399 temperature range,0-999 Sec timing Range

2.One year warranty & CE

220V,110V Digital Mug Heat Press Transfer Machine

I. Mug Heat Press Transfer Machine Parameter :

Diameter 7.5~9.5cm or 5.0-7.0cm
Volume: 410*380*300mm
Weight: 9KG
Voltage:220V/110V
Power:450W
Temperature Range 0-399
Timing Range 0-999 Sec.

II. Mug Heat Press Transfer Machine technology:

No limit on height of mug,could turn left and right,choose the most suitable place to print
Be able to bear high temperature with silica gel,press equal,220°Ccould bear
Light weight and portable, for use at malls, flea markets, shows, and more.
Fully digital temperature control
The heating mat could be heated if no mug in the machine
Easy pressure adjustment ,Solid steel welded framework
An amazing 3-Year/3,000-mug warranty on the heating parts
Soft heater liner for accommodating inconsistent mugs
Temperature readout accuracy +-1C
User able end-of-cycle alarms

III. How to make a photo mug:

Step1: Place the print face down on the mug and secure it with thermally resistant tape. Place the tape on opposite ends of the print.

Step2: Slide the mug the mug press and apply pressure. Fifteen to twenty seconds later after the temperature reaches 180°C, remove the mug from the mug press.

Step3: Allow the mug to air cool at room temperature. Remove the tape when the mug is cool.

Q: Now I want to in big drying equipment in stainless steel heating tube or quartz heating tube to see what kind of heat transfer is fast: Iron heating tube heating speed slowly, but durable,

Q: What is the difference between diversion in heat exchanger heat exchanger and diversion?: In diversion tube heat exchanger is inside the shell side of heat exchanger tube set up within the guide tube make the before or after the end of the heat exchanger without diverting tube before use hard to make full use of the heat transfer of heat exchange tube, thereby increasing the effective heat transfer area of heat exchanger. Hypoxia or diversion tube used in fixed tube plate heat exchanger, and less common in the u-tube heat exchanger. Flow heat exchanger was increased on the shell side of heat exchanger in the original cylinder a zoom cone section presents to the diffusion of shell side fluid, and makes the fluid from the ends of the heat exchanger shell side into the shell side, avoiding the consider cloth tube in heat exchanger tube arch is high, and the increased number of cloth tube heat exchanger with norms and effective utilization of the heat exchanger before and after the heat exchange tube so as to increase the effective heat transfer area. Outside the diversion tube commonly used in the fixed tube plate heat exchanger, and in the u-tube heat exchanger and floating head heat exchanger is not common Diversion tube inside and outside the diversion tube flush function point of view is the same, all is in order to increase the effective heat transfer area of the heat exchanger. But tell from the purpose, the latter to the former than the latter in the fixed tube plate heat exchanger can increase the amount of cloth tube heat exchanger. As heat exchanger equipment can be seen everywhere, very popular in the industry, especially in energy consumption is very large areas, with the rapid development of energy-saving technology, heat exchanger type development more and more. Suitable for different medium. Different condition, different temperature and pressure of heat exchanger, the structure and pattern are also different.

Q: Use finned tube condenser and evaporator, its fin spacing of how to choose: Example 3: steam generator, the tube is the boiling water, flue gas pipe outside, fin should add in the flue gas side. When, should be paid attention to in the design, should as far as possible on the side of the heat transfer coefficient of the tube, in order to add fin. (2) such as pipe on both sides of the heat transfer coefficient is very small, in order to strengthen heat transfer, should be in both at the same time adding fin, if there is difficulties, on the structure, both sides are without fin. In this case, if only on one side and fin, the increase of heat transfer is not have obvious effect. Case 1: the traditional tubular air preheater, air tube go, flue gas pipe outside. Because is gas for gas heat exchanger, on both sides of the heat transfer coefficient is very low, the tube and fin and difficult, have to light tube. Example 2: heat pipe air preheater, although is still a flue gas heating the air, but because of the flue gas and air are outside the pipe flow, so the flue gas side and air side can be conveniently used finned tube, the heat transfer is greatly increased. (3) if the tubes on either side of the heat transfer coefficient is large, it is not necessary to adopt finned tube. Case 1: water/water heat exchanger, heat cold water with hot water, on both sides of the heat transfer coefficient is high enough, there is no need to use the finned tube. But in order to further enhance the heat transfer, can use threaded pipe or corrugated pipe instead of light. Example 2: power plant, the condenser tube is water vapor condensation, the tube water. On both sides of the heat transfer coefficient is very high, in general, without using finned tube.

Q: How hot is spread from one end of the metal strip to the other end of the: Mainly through the way of heat transfer, by metal molecular vibration energy transmission to the surrounding molecules to transfer heat. Heat conduction is no macroscopic movement at the time of the heat transfer phenomena in the medium, its all can happen in solid, liquid and gas, but strictly speaking, only is the pure heat conduction in solids, and fluid even in static state, which will be due to the temperature gradient caused by the natural convection resulting from the density difference, therefore, the heat convection and heat transfer in the fluid at the same time.

Q: The basic principle of heat exchanger is what?: The heat exchanger [is] will be part of the thermal fluid heat transfer to cold fluid equipment, also called heat exchanger. Is a kind of different temperature between two or more fluid heat transfer between the material energy saving equipment. Heat exchanger in chemical industry, petroleum, power, food and many other occupies an important place in the industrial production, its heat exchanger in chemical industry production can be used as a heater, cooler, condenser, evaporator and reboiler, etc., used widely.

Q: Why heater before operation will be into the air in the device?: At high temperature, heat conduction oil and oxygen reaction, coking carbide which affect service life.

Q: What iscalled cooler closed?Is used in cooling water temperature and adding vacuum pump work in the refrigeration system: Rod baffle heat exchanger is a new type of high efficient heat transfer equipment, has strong vibration resistance, small flow resistance, not easy to scale, the advantages of good heat transfer performance and the surface temperature uniformity. It is different from the commonly used vertical bow plate heat exchanger, the heat exchange tube of baffle rod baffle ring group support, in the up and down or so four directions to fix the pipe, the shell side fluid for axial flow, eliminating the fluid induced vibration generated in repeated horizontally through the tube bundle; Shell side flow resistance is small, the velocity increases, the degree of turbulence increases, thus strengthening the heat transfer

Q: What are the factors affecting heat transfer rate of the chemical equipment: Cold and hot medium temperature, cold and hot, cold and hot medium heat transfer medium flow state if (fluid), thermal conductivity, heat transfer interface and other hot and cold medium heat capacity, etc

Q: What are heat exchange equipment: Plate heat exchanger used in between two or more fluid, a kind of fluid and solid particles or between a solid and thermal contact between the same kind of fluid with different temperature of heat (or enthalpy) transfer device called a heat exchange equipment. It is the chemical industry, oil refining, food, light industry, energy, medicine, machinery and many other industries are widely used a kind of general equipment.

Q: Cement production technology: (1) rotary kiln, rotary kiln combustion equipment and pulverized coal combustion heat therein; As well as heat transfer equipment, raw materials absorb the heat of the gas for calcination. Sometimes other conveying equipment, from raw material feeding end to discharging end. And fuel combustion, heat transfer and the movement of raw materials must be reasonable and collaboration between the three, to make the heat generated by the fuel combustion can in raw material by rotary kiln, rotary kiln in a timely manner to the raw material, has reached the purpose of high-yield, high-quality, low consumption. (2) raw material movement in the particles in the rotary kiln, rotary kiln is more complicated. If the raw material particles on the kiln wall and the raw materials inside the layer without sliding phenomenon, raw material movement is often thought to be like this: raw materials under the action of friction, as a whole with the kiln wall rises slowly, when transferred to a certain height, the raw material layer surface and the horizontal plane Angle is equal to the Angle of the accumulation of raw materials, raw materials particles under the action of gravity, slipped along the bed

As a leading manufacturer, all Microtec products are fully assembled by our state of the art manufacturing facility prior to shipment and released only after extensive testing and inspection by our qualified technicians, maintaining the strictest quality control procedures.Our mission is to be a world supplier of Heat Transfer Products and Consumables. We are committed to the principal of satisfying customer and market demands, pursing scientific administration and superior quality by using the latest technology grounded in a thorough understanding of the end-user's needs.

1. Manufacturer Overview

Location	Guangdong,China
Year Established	2007
Annual Output Value
Main Markets	7.69% North America 7.69% South America 7.69% Eastern Europe 7.69% Southeast Asia 7.69% Africa 7.69% Oceania 7.69% Eastern Asia 7.69% Western Europe 7.69% Central America 7.69% Northern Europe 7.69% Southern Europe 7.69% South Asia
Company Certifications	ISO 9001:2008;SGS; CE

2. Manufacturer Certificates

a) Certification Name
Range
Reference
Validity Period

3. Manufacturer Capability

a) Trade Capacity
Nearest Port	Shenzhen,Guangzhou,Zhuhai
Export Percentage	81% - 90%
No.of Employees in Trade Department	11-20 People
Language Spoken:	English, Chinese
b) Factory Information
Factory Size:	5,000-10,000 square meters
No. of Production Lines	6
Contract Manufacturing	OEM Service Offered Design Service Offered Buyer Label Offered
Product Price Range	Average