Sintering Furnace For Moulded Rods/Tubes

SuKo supplies drying and sintering furnaces especially for the PTFE processing as well as preheating furnace for molded PTFE rods and PTFE tubes.

There is also a furnace available for drying and sintering inline systems for the production of Moulded rods and tubes (development of SuKo). This high tech furnace  has an adjustable blind between drying and sintering zone, the lamellas of this blind can be cooled. As these two zones can not be influenced because of the stack affect, the required temperature profile can be well controlled in the drying as well as also in the sintering zone. This sintering furnace is available with different sizes. Herewith the furnace can be adapted to the respective requests and the available space.

1.      Product name,: Customized

1.1.            Chamber size: Depend on customer choice.

2.      Thermostat section

2.1.            Working temperature: room temperature--400℃ Temperature stability : ≤±1degree (temperature meter) Temperature uniformity ≤±3 degree

2.2.            The ambient temperature raises to 400 ℃ in 50 minutes (full load)

3.      Control section (Separate, Independent, stand mounted control cabinet)

3.1.            controller model: XMTA

3.2.            controller brand: China Brand Norwich sea

3.3.            temperature controller function: PID control, automatic temperature control thermostat program

3.4.            heating portion

1)      Heating method: stainless steel heater uniformly arranged around the heating portion

2)      The heating element: stainless steel heat pipe, (304 stainless steel heating pipe, heating pipe , 220V / 2.5KW, U connection.)

3)      Heating power: 54kw

4)      The heating control, heating control two groups/sides.

5)      The ventilation system: made of stainless steel produced by 2.0, about duct hot air circulation. Each heating zone and wind zone relatively independent ventilation system (four air guide) to ensure that the furnace temperature uniformity.

Technical date sheet

4.      Material:

4.1.            The outer shell is made of 1.5mm cold plate manufacturing high temperature spray paint, color matt light blue color.

4.2.            The liner is made of 2.0mm stainless steel plate

4.3.            The Case for the vertical routinely

4.4.            Locking means for the oven: door locks and hinges alloy steel alloy steel.

5.      Insulation and heat preservation

5.1.            Case insulating material: high temperature aluminum silicate fiber cotton filling.

5.2.            The cabinet insulation layer: thickness of 150mm (body surface temperature of the ambient temperature plus 35 degrees)

5.3.            The sealing material 20 * 20mm high-temperature glass fiber strip seal

6.      Furnace Cabinet making

Inside the PTFE sintering furnace using models and stainless steel plate welded together. Wall panels with 1.5mm cold plate, set reinforcing internal ribs. Liner made of 2.0mm stainless steel production base and frame with a 10 channel welded

Long-life heating element made of stainless steel heating tube evenly distributed over both sides of the furnace duct using Choucha installation, wiring head out of the top heating plate outer shell, using nut, rigid fixation, will not fall, set top heating wiring shield. Heating element from front to back is divided into three temperature zones wiring.

Hot air circulation fan installed in the box about four Typhoon aircraft along the longitudinal direction of the furnace are arranged into two, each column 2, the use of ovens with cooling fins with the long axis of the motor, the fan with the overall installation, this type of fan has good stability , low noise, easy installation and maintenance and so on. Fans around the wind guide layer in an oven in the use of wind wheel wind, hot air circulation in the furnace to form a vortex, cabinets ensure temperature uniformity.

Temperature control of the electronic control system is divided into the front to the rear three-zone temperature control, Fuji intelligent digital temperature control instrumentation program accepts thermocouple temperature sensing element signal, PID control power controller controls power adjustment cycle, cycle controller controls the non-contact the opening of the power components solid state relays, solid state relays on and off, to control the heating element that is powered on or off, so as to achieve the purpose of controlling the temperature. Heating circuit configured with AC contact and fuses do secondary protection against solid short-circuit power element damage the equipment. Hot air circulation fan control configuration circuit breakers, AC contactors, thermal relays, start and stop button, withshort circuit, overcurrent, overheating protection, heating control and fan operation interlock to prevent burning heating element. Control system with current, voltage indication, the working status indication.