Atmosphere Controlled Sliding Doors
It is produced with anodized aluminum material that prevents heat transfer in the frame and the desired color option on the door leaf. These doors, which have a gas-tight product receiving window on the door leaf, can also be directly mounted on the cold room wall.
These doors, which have been developed as the doors of atmosphere controlled cold rooms, provide air tightness with special closed cell foam gaskets and stainless steel eccentric shaft lock systems.
Atmosphere Controlled Sliding Doors Genel Bilgi
It is produced with anodized aluminum material that prevents heat transfer in the frame and the desired color option on the door leaf. These doors, which have a gas-tight product receiving window on the door leaf, can also be directly mounted on the cold room wall.
These doors, which have been developed as the doors of atmosphere controlled cold rooms, provide air tightness with special closed cell foam gaskets and stainless steel eccentric shaft lock systems.
| Door Wing | 40 (+/- 2) density polyurethane is injected between two sheets without using any wood material. |
| Door Thickness | 68 mm is used in normal cold storages, 92 mm in frozen storage storages and 120 mm in shock rooms. |
| Lock | It can be opened from the inside when locked and the anti-panic handle is phosphorescent. |
| Hinge | Upgradable and adjustable type. |
| Surface Sheet | Standard manufacturing is made of polyester painted sheet metal on both surfaces of the wing. It can be PVC sheet or CrNi upon request. |
| Door Frame | We can manufacture panel-mounted doors that we can manufacture as mounted on the panel, and we also have PVC frame and aluminum frame door manufacturing. |
| Anti-Freeze | Sealing is provided with a special rubber gasket surrounding the door. There is a resistance against freezing in Frozen Enclosure Doors, and since the resistance is diode, it does not require a transformer. |
| Yield Strength of Sheet Surface (fct) | min. 220N/mm² |
| Tensile Strength of the Panel | min. 0,018 Mpa |
| PUR Thermal Conductivity Value (ʎ) | max. 0,022 W/mK |
| Fireproof Class (TS-EN 13501-1) | C S3 D0 |