20 m³ Reaktor fluorinasi / fluorin offlineWoltering
20 m³ Reaktor fluorinasi / fluorin offline
Woltering
tahun pembuatan
2010
Kondisi
Bekas
Lokasi
Forst 

Gambar menunjukkan
Tampilkan peta
Data mesin
- Nama mesin:
- 20 m³ Reaktor fluorinasi / fluorin offline
- Pabrikan:
- Woltering
- Tahun pembuatan:
- 2010
- Kondisi:
- hampir baru (bekas)
Harga & Lokasi
- Lokasi:
- Werner-von-Siemens-Str. 36, 76694 Forst, Deutschland

Hubungi
Rincian penawaran
- ID iklan:
- A7466147
- Pembaruan:
- terakhir pada 12.12.2024
Deskripsi
20m³ OFFLINE - FLUORINATION
Fluorination of plastic surfaces with reactive gases for permeation reduction
The technology used is suitable for treating surfaces of plastic fuel tanks (PFT) with the help of fluorine gas mixture (10% F2/N2) and changing the surface properties in such a way that a desired reduction of permeation of fuels from the PFT into the environment and thus the emission of fuel vapors is significantly reduced.
Technical data:
Vacuum chamber (capacity): 20 m3
Process time, individual: (approx. 2.5 hrs.)
Ibjdpfx Aeid Ngdofcjd
Chamber temperature, jacket: 90 - 100 °C
Products introduced: Fuel tank and accessories
Material: stainless steel 1.4301 and similar
Min. vacuum pressure: 1 mbar (a)
Process pressure : 350 - 700 mbar (a)
Nitrogen inlet pressure : 15 bar(g)
F2/N2 inlet pressure : 150 bar, alternatively 100 bar
Gas mixture 1 10% F2 in N2
Gas mixture 2 20% F2 in N2 as gas mixture
MAK values H, HH 0.1 ppm F2, 0.2 ppm F2
Supply voltage 400 V
Frequency 50 Hz
Connected load, max. 200 kW
Back-up fuse 150 A
The fluorination plant consists of the following components:
- A treatment chamber (20m3), into which the plastic material to be fluorinated can be placed in material baskets/boxes suitable for this purpose,
- A bundling station for fluorine-nitrogen mixtures Bottle bundles of 12x50 liters for 10% F2/N2 at 150 bar and 20% F2/N2 mixtures at 100 bar,
- Amature panel for nitrogen supply of the process flow,
- Vacuum pumping station in a container, for conditioning and disposal of the treatment chamber
- Heating system for temperature control of the treatment chamber
- Control cabinet with a programmable logic controller S7/ WIN CC7
- Operator control station for process monitoring, process parameter setting and the visualized plant picture, as well as the trend control, the error message system, the protocol output,
- Al2O3 absorber (silo)
Dimensions:
Lower unit: vacuum chamber heated, with control cabinet.
length: 7500mm
width: 2850mm
height: 2380mm
weight approx. 12.000 Kg
Upper unit: pump chamber
Length: 4100mm
width: 2850mm
height: 3000mm
Weight approx. 5.000 Kg
Fluorination of plastic surfaces with reactive gases for permeation reduction
The technology used is suitable for treating surfaces of plastic fuel tanks (PFT) with the help of fluorine gas mixture (10% F2/N2) and changing the surface properties in such a way that a desired reduction of permeation of fuels from the PFT into the environment and thus the emission of fuel vapors is significantly reduced.
Technical data:
Vacuum chamber (capacity): 20 m3
Process time, individual: (approx. 2.5 hrs.)
Ibjdpfx Aeid Ngdofcjd
Chamber temperature, jacket: 90 - 100 °C
Products introduced: Fuel tank and accessories
Material: stainless steel 1.4301 and similar
Min. vacuum pressure: 1 mbar (a)
Process pressure : 350 - 700 mbar (a)
Nitrogen inlet pressure : 15 bar(g)
F2/N2 inlet pressure : 150 bar, alternatively 100 bar
Gas mixture 1 10% F2 in N2
Gas mixture 2 20% F2 in N2 as gas mixture
MAK values H, HH 0.1 ppm F2, 0.2 ppm F2
Supply voltage 400 V
Frequency 50 Hz
Connected load, max. 200 kW
Back-up fuse 150 A
The fluorination plant consists of the following components:
- A treatment chamber (20m3), into which the plastic material to be fluorinated can be placed in material baskets/boxes suitable for this purpose,
- A bundling station for fluorine-nitrogen mixtures Bottle bundles of 12x50 liters for 10% F2/N2 at 150 bar and 20% F2/N2 mixtures at 100 bar,
- Amature panel for nitrogen supply of the process flow,
- Vacuum pumping station in a container, for conditioning and disposal of the treatment chamber
- Heating system for temperature control of the treatment chamber
- Control cabinet with a programmable logic controller S7/ WIN CC7
- Operator control station for process monitoring, process parameter setting and the visualized plant picture, as well as the trend control, the error message system, the protocol output,
- Al2O3 absorber (silo)
Dimensions:
Lower unit: vacuum chamber heated, with control cabinet.
length: 7500mm
width: 2850mm
height: 2380mm
weight approx. 12.000 Kg
Upper unit: pump chamber
Length: 4100mm
width: 2850mm
height: 3000mm
Weight approx. 5.000 Kg
Penyedia
Catatan: Daftar gratis atau masuk, untuk mengakses semua informasi.
Terdaftar sejak: 2016
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