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Start your quotation journey here
For High temperature Oven, two different types:
| Product Serials | Features |
| 1200℃-1800℃ High Temperature Furance | Bentchtop, lab test and industrial furnace: Product Features High-quality resistance wire or Silicon Carbon Rod or Silicon molybdenum rod is used as the heating element, and a double-layer shell structure is adopted. Microcomputer PID controller, easy to operate, accurate, reliable and safe temperature control.
The furnace is made of alumina polycrystalline fiber material to ensure durability.
Excellent door sealing minimizes heat loss and increases the uniformity of temperature in the furnace. The double-layer furnace shell is equipped with an air cooling system, which can quickly increase and decrease the temperature. Programmable controller, 51-segment program temperature control system, phase shift trigger, thyristor control. ·Adopting microprocessor P.1.D control mode, multi-stage programmable control, truly realize automatic control and operation
It is equipped with various safety protection measures such as over-current, over-voltage, over-heating, etc. to ensure the safe use of the electric furnace.Safety function It has over-temperature protector, door switch controller, box surface cooling fan and resistance furnace abnormal alarm function (heater failure, ② temperature sensor failure, ③ memory content abnormality, ④ over-temperature abnormality), and sound and light alarm to remind the operator to ensure the safe operation of the resistance furnace without accidents. Ceramic fiberboard is selected as the thermal insulation material, which has the characteristics of good thermal insulation effect and low box shell surface temperature. The controller is installed under the furnace door to save space and can meet various fast sintering requirements. Multi-segment programmable controller The microcomputer program controls the temperature, time and heating speed, and other programs to perform various sintering tests at a very fast speed. |
| 1200℃-1800℃ Vaccum High Temperature Furance - Atmosphere furnace |
Silicon carbon rods are used as heating elements, and a double-layer shell structure is adopted. ·The controller is installed on the side of the furnace door, which can meet various rapid sintering requirements ·Microcomputer PID controller, easy to operate, accurate, reliable and safe temperature control. ·The furnace chamber adopts alumina polycrystalline fiber material to ensure durability. ·Excellent door sealing minimizes heat loss and increases the uniformity of temperature in the furnace chamber. ·The double-layer furnace shell is equipped with an air cooling system, which can quickly increase and decrease the temperature. Multi-segment programmable controller The microcomputer program controls the temperature, time and heating speed, etc., and various sintering tests are carried out at a very fast speed. ·Programmable controller, 51-segment program temperature control system, phase shift trigger, thyristor control. ·Adopting microprocessor P.1.D control mode, multi-stage programmable control, truly realize automatic control and operation Safety function It has over-temperature protector, door switch controller, box surface cooling fan and resistance furnace abnormal alarm function (heater failure, ② temperature sensor failure, ③ memory content abnormality, ④ over-temperature abnormality), and sound and light alarm to remind the operator to ensure the safe operation of the resistance furnace without accidents. ·Equipped with over-current, over-voltage, over-heating and other safety protection measures to ensure the safe use of the electric furnace. Ceramic fiberboard is selected as the thermal insulation material, which has the characteristics of good thermal insulation effect and low box shell surface temperature. |
| Stainless Steel Vaccum Oven | The stainless steel atmosphere furnace uses resistance wire as heating element, double-layer shell structure and 40-segment program temperature control system, phase-shift trigger, thyristor control, furnace chamber uses alumina polycrystalline fiber insulation material, double-shell furnace is equipped with air cooling system, can quickly rise and fall temperature, furnace chamber material uses 310S stainless steel liner, liner is directly sealed, can be pre-vacuumed, cover plate seal uses silica gel mud, furnace door uses silica gel pad and has water cooling system, gas enters and exits from the rear chamber after passing through the flow meter, there is a burner at the outlet, can pass hydrogen, argon, nitrogen, carbon monoxide, ammonia decomposition gas and other gases, the furnace has the advantages of balanced temperature field, low surface temperature, fast temperature rise and fall rate, energy saving, clean furnace chamber and not easy to be polluted, etc. It is an ideal product for colleges and universities, research institutes, new material factories and enterprises for atmosphere protection sintering, atmosphere reduction and degreasing. The vacuum system adopts special design technology, with safe and convenient operation, good vacuum degree, limit vacuum degree can reach 1pa, good sealing, and long vacuum holding time. The atmosphere furnace can be filled with high-pressure gas, and the atmosphere pressure limit is 0.1Mpa. It adopts unique sealing technology, can maintain pressure for a long time, has good safety performance and is easy to operate. |
| High Temperature Vacuum tube furnace | The tube furnace has an automatic power-off function when the furnace mouth is opened, ensuring the safety of the user. The tube furnace has the characteristics of fast heating speed, good heat preservation performance, uniform furnace temperature, safe, convenient, energy-saving, and environmentally friendly. The microcomputer PID controller is easy to operate, and the temperature control is accurate, reliable, and safe. The furnace is made of alumina polycrystalline fiber material. Vacuuming and dual-channel gas supply can be used as atmosphere protection or reaction gas. The tube furnace adopts intelligent PID temperature control, with 50-segment program arrangement function, achieving low energy consumption and high efficiency Multi-segment programmable controller Safety function |
Drying heat-sensitive materials: Prevents oxidation, thermal decomposition, or loss of volatile components.
Vacuum drying of powders: Reduces the risk of dust explosions and contamination.
Sample preparation: Especially in pharmaceuticals, chemicals, and biotech fields.
Outgassing of materials: For use in aerospace and electronics, to ensure no trapped gases remain.
Electronics manufacturing:
Drying circuit boards and components without oxidation.
Removing moisture from semiconductor wafers.
Pharmaceuticals:
Drying of delicate APIs (Active Pharmaceutical Ingredients) and intermediates.
Sterile drying in cleanroom environments.
Aerospace & Automotive:
Degassing composite materials, epoxies, and adhesives.
Curing carbon fiber components without air bubbles.
Freeze-drying and vacuum dehydration of food products to maintain nutrients and flavors.
Removing solvents or oils from products like spices or concentrates.
Curing resins and polymers under controlled conditions.
Drying metal powders for 3D printing or additive manufacturing.
Heat treating or annealing materials like graphene or nano-materials.
Operates at lower temperatures due to reduced pressure.
Prevents oxidation.
Allows uniform heating with minimal contamination.
Essential for quality control in sensitive processes.
Let us know your specific requirement, we will find the right one for you
Shenzhen Naimeite Industrial Equipment Co., Ltd. is a leading R&D and manufacturer of drying and curing equip
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