The CWF range of general purpose laboratory chamber furnaces is bench mounted. Models are available in five sizes with a maximum operating temperature up to 1300 °C.
Standaard functies
- 1100°C, 1200°C of 1300°C maximale bedrijfstemperaturen
- 5, 13, 23, 36 or 65 liter kamer volume
- Programmable EPC3016P1 controller
- Verticaal openende deur houdt de verwarmde binnenkant van de deur weg van de gebruiker
- Soft closing door on 5, 13 & 23 litre models protects the thermal insulation
- Slijtvaste aluminium drager, oveningang en bodem
- Energie efficiënte lage thermische massa isolatie
- Vrij stralende verwarmingelementen voor optimale uniformiteit
- Gemakkelijke toegang tot de elementen en sturingen vergemakkelijkt het onderhoud en de service
Opties (te specifiëren bij bestelling)
- A range of sophisticated digital controllers, multisegment programmers and data loggers with digital communication options is available - more information about controllers
- Over-temperature protection (recommended to protect valuable contents & for unattended operation)
- A range of metallic retorts to work with modified atmospheres up to 1100°C
- Bespoke specifications are available for AMS2750H (Nadcap) compliant applications
CWF - Laboratorium Kameroven ATMOSPHERE RETORTS FOR CWF FURNACES
A retort can be used for various heat treating processes requiring a controlled inert or reactive atmosphere, e. g. to prevent oxidisation or to enhance surface hardness. The A105 retort, which incorporates a silicone rubber seal, can achieve low oxygen levels. Manufactured in either NiCr alloy (Inconel) with a maximum operating temperature of 1100 °C or 314 grade stainless steel with a maximum operating temperature of 1050 °C.
The A105 retort is sealed by a removable front opening insulated door fitted with a silicone rubber seal. Gas inlet and outlet connections are easily accessible at the front. Oxygen levels down to 30 ppm are achievable. A105 retorts for CWF furnaces are fitted with a 3 mm thermocouple gland through the centre of the door. The retort and furnace must be ordered together as the furnace is modified to allow it to be used with, and without, the retort. The A105 retort can be used in combination with the laboratory gas safety system for safe use with hydrogen.
A105 binnenafmetingen
| CG H Model | Height h/H [mm] |
Width W h/H [mm] |
Depth [mm] |
Door type | ||||
| CWF_/13 | 135/150 | 150 | 275 | pull out | ||||
| CWF_/23 | 170/185 | 195 | 350 | pull out | ||||
| CWF 12/36 | 180/200 | 270 | 400 | pull out | ||||
| CWF 12/65 | 200/225 | 335 | 540 | pull out | ||||
CWF - Laboratorium Kameroven Voorbeelden
CWF 13/65 met nanodac temperatuurregelaar
CWF 13/36 met AriesPlus temperatuurregelaar
CWF - Laboratorium Kameroven Technische Gegevens
| Max temp (°C) | Opwarmtijd (min) | Max doorlopende gebruikstemp (°C) | Afmetingen: Binnen H x B x D (mm) | Afmetingen: Buiten H x B x D (mm) | Afmetingen: Extern met deur open H x W x D (mm) | Uniformiteit van de temperatuur van ± 5°C binnen H x W x D (mm) | Volume (liter) | Max vermogen (W) | Werkvermogen (W) | Thermokoppel type | Gewicht (kg) | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| CWF 11/5 | 1100 | 47 | 1000 | 135 x 140 x 250 | 595 x 375 x 495 | 810 x 375 x 540 | 85 x 90 x 110 | 5 | 2400 | 790 | R | 30 |
| CWF 11/13 | 1100 | 76 | 1000 | 200 x 200 x 325 | 670 x 435 x 608 | 915 x 435 x 675 | 120 x 120 x 185 | 13 | 3100 | 1500 | R | 47 |
| CWF 11/23 | 1100 | 36 | 1000 | 235 x 245 x 400 | 715 x 505 x 680 | 1000 x 505 x 765 | 155 x 165 x 285 | 23 | 7000 | 1900 | R | 68 |
| CWF 12/5 | 1200 | 51 | 1100 | 135 x 140 x 250 | 595 x 375 x 495 | 810 x 375 x 540 | 85 x 90 x 125 | 5 | 2400 | 850 | R | 30 |
| CWF 12/13 | 1200 | 88 | 1100 | 200 x 200 x 325 | 670 x 435 x 608 | 915 x 435 x 675 | 120 x 120 x 200 | 13 | 3100 | 1550 | R | 47 |
| CWF 12/23 | 1200 | 45 | 1100 | 235 x 245 x 400 | 715 x 505 x 680 | 1000 x 505 x 765 | 155 x 165 x 325 | 23 | 7000 | 2250 | R | 68 |
| CWF 12/36 | 1200 | 37 | 1100 | 250 x 320 x 450 | 810 x 690 x 780 | 1105 x 690 x 780 | 170 x 240 x 357 | 36 | 9000 | -- | R | 100 |
| CWF 12/65 | 1200 | 40 | 1100 | 278 x 388 x 595 | 885 x 780 x 945 | 1245 x 780 x 945 | 178 x 288 x 455 | 65 | 14000 | -- | R | 165 |
| CWF 13/5 | 1300 | 75 | 1200 | 135 x 140 x 250 | 595 x 375 x 495 | 810 x 375 x 540 | 85 x 90 x 150 | 5 | 2400 | 1000 | R | 30 |
| CWF 13/13 | 1300 | 121 | 1200 | 200 x 200 x 325 | 670 x 435 x 608 | 915 x 435 x 675 | 120 x 120 x 225 | 13 | 3100 | 1800 | R | 47 |
| CWF 13/23 | 1300 | 55 | 1200 | 235 x 245 x 400 | 715 x 505 x 680 | 1000 x 505 x 765 | 155 x 165 x 340 | 23 | 7000 | 2500 | R | 68 |
| CWF 13/36 | 1300 | 47 | 1200 | 250 x 320 x 450 | 810 x 690 x 780 | 1105 x 690 x 780 | 170 x 240 x 400 | 36 | 9000 | -- | R | 100 |
| CWF 13/65 | 1300 | 55 | 1200 | 278 x 388 x 595 | 885 x 780 x 945 | 1245 x 780 x 945 | 178 x 288 x 255 | 65 | 14000 | -- | R | 165 |
CWF - Laboratorium Kameroven Downloads
Productinformatieblad CWF
Cement Testing for Compliance
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Heat Treating 3D Additive Manufactured Parts
At present, there are two main techniques used in the additive manufacturing of 3D metal parts, Electron Beam Manufacturing (EBM) and Direct Metal Laser Sintering (DMLS). These take time but are outstanding for creating complex or ‘impossible’ parts which cannot be created using traditional casting or machining methodologies. This has already resulted in the creation of a multitude of prototype pieces as well as countless ‘impossible parts’ for the aerospace, automotive, tooling and medical sectors.