Stainless Steel Industrial Oil Heating Element Tubular Electric Water Immersion Heater
Specializing in the production of various types of precision tubular heater for vacuum plating, niquelado, chapado en oro, chapado en plata, cromado y otros equipos de revestimiento al vacío. El calentador tubular de galvanoplastia al vacío tiene varias formas., resistencia a altas temperaturas, resistencia al desgaste, larga vida útil, alta eficiencia de conducción, y la carcasa está hecha de tubo sin costura de alto rendimiento, que es ampliamente utilizado en la industria del vacío.
Descripción de productos
Tubular heaters are produced using Incoloy, Materiales de cubierta de acero inoxidable o cobre y también hay una gran variedad de estilos de terminación disponibles.. El aislamiento de magnesio ofrece una mayor transferencia de calor. Los elementos calefactores tubulares industriales son altamente adaptables a la mayoría de las aplicaciones donde se requiere calefacción eléctrica.. Se pueden utilizar en su forma recta o doblados en varias formas..
| Nombre | Water Immersion Boil Tubular Flange Heater |
| Heat intensity | Not exceeding 30W/cm2 (aconsejable) |
| Fuerza | Depends on the dimension |
| Aislamiento (cuando hace frio) | 5 Min Ohmios 500 Vatios mínimo |
| Tolerancia de poder (w) | 5 % – 10 % |
| Temperatura de trabajo | 750ºC max. |
| Proceso de dar un título | ISO9001, CE |
| fecha de entrega | 7-15 días laborables después del pago |
| Garantía | 1 año |
The sheath material type of a tubular heater depends on the operating temperature and the corrosivity of the medium within which the heater will operate. The watt density distribution on the surface of a tubular heater is critical for two reasons. First it determines the temperature that a heating element sheath will attain within the conditions that the heater is subjected to. The second reason is that every material has a specific maximum watt density that it can tolerate during its heating cycle.
The MgO insulation used in tubular heating elements is compacted by reducing the element diameter in a roll reducing mill. The elements are then annealed in a controlled atmosphere furnace to relieve the metal stressing (work hardening) that takes place during the rolling to size reduction of the sheath. Annealing brings the metal back to a soft state, allowing the element to be bent into virtually any configuration. Sin embargo, since forming also work hardens the metal, some precautions must be observed in order to prevent the sheath from breaking during bending or developing stress cracking marks.
| 1.We offer standard as well as customized models |
| 2.We offer different tube diameters like 6 milímetros, 8 milímetros, 11 milímetros, 12.5milímetros, 16milímetros & 18milímetros |
| 3.We offer different sheath materials. It can be availed in different materials like Incoloy 800, SS 304, SS 321, SS 316, Cobre & Titanium |
| 4.We offer various shapes as customer demand:immersion heater with flange or screw, explosion proof heater |
| 5.Various terminal options are available |
| 6.Various shapes and sizes are available |
| 7.Durable and has longer life |
sual Applications:
1. Forced air heating
2. Thermal forming machines
3. Direct immersion in liquids
4. Comfort radiant heaters
5. Welded, brazed or clamped to tanks and pipes
6. Combination radiant and convection heater for oven and dryers
Accept customizing development, When inquire please specify
(1). Type of Heater
(2). Wattage and Voltage
(3). Dia & length of the heater
(4). Drawing or Sample required for special configuration
Etiquetas calientes: stainless steel industrial oil heating element tubular electric water immersion heater manufacturers, proveedores,
