//Vacuum Pyrolysis Oven For Cleaning of Meltblown Die Head
  • Vacuum Pyrolysis Oven

Vacuum Pyrolysis Oven For Cleaning of Meltblown Die Head

Vacuum pyrolysis oven is one of SNT’s most popular thermal cleaning systems. Vacuum pyrolysis cleaning oven is designed specially for cleaning polymers from a variety of metal parts and it can clean almost all of polymers (PP, PE, PET, PA, TPE, PB, PVC, PC, PMMA, ABS, etc.).

CE approved

Product Description

Vacuum Pyrolysis Oven is designed specially for cleaning of die head in Melt-blown nonwoven production line.

► CLEANING PROCESS

Vacuum Pyrolysis Cleaning ⇒ Ultrasonic Cleaning

 ► THERMAL CLEANING SYSTEMS

Production Line Thermal Cleaning Systems
1.6m (Net Width) Vacuum Pyrolysis Cleaning Oven
Horizontal Type, Model: VCH623
or Box Type, Model: VCB2344
Ultrasonic Cleaner
Chamber Size: 2100X300X250
Ultrasonic Power: 3kW
2.4m (Net Width) Vacuum Pyrolysis Cleaning Oven
Horizontal Type, Model: VCH632
or Box Type, Model: VCB3244
Ultrasonic Cleaner
Chamber Size: 3000X300X250
Ultrasonic Power: 4.5kW
3.2m (Net Width) Vacuum Pyrolysis Cleaning Oven
Horizontal Type, Model: VCH740
or Box Type, Model: VCB4055
Ultrasonic Cleaner
Chamber Size: 3800X300X250
Ultrasonic Power: 6kW

► ELECTRICAL PROCESS HEATER

Production Line Electrical Hot Air Heater
1.6m (Net Width) 240KW
2.4m (Net Width) 360KW
3.2m (Net Width) 450KW

► On-site Photo

▲ On-site Test

▲ On-site Test

▲ Box Type

▲ Top Loading

▲ Hot air heater

Brief  Description for Melt-blown Production

► Composition structure:

Screw extruder > filter > metering pump > heating system -> melt-blown manifold> web former > rewinding

► Production process:

The polypropylene is automatically sucked into the screw extruder by the vacuum feeder, which heats and melts the PP particles into the liquid state. The compressed air from the blower or air compressor and air storage tank is sent to the air heater for heating. The hot air makes the melted liquid polypropylene material ejected from the nozzle to form filaments (the nozzle contains hundreds of small holes) under the pressure. After that, the filaments are ejected horizontally to reach the web former, and then reach the winding equipment.

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