Bolu Kühlhausbau, Kühlraumtüren & Isolierpaneel-Lösungen
Kühlraumtüren, 100–200 mm (-40°C şoklama odaları) PUR/PIR-Paneele und schlüsselfertige Kühlhausbauten für Bolu (+34°C Sommer-Auslegungstemperatur).
Technische Kurzübersicht
TR-14Klima- und branchenspezifische Kühlhausplanung für Bolu
Abgestimmt auf die lokale Sommertemperatur von +34°C in Bolu liefern wir wärmebrückenfreie Kühlraumtüren und 100–200 mm (-40°C şoklama odaları) PUR/PIR-Sandwichpaneele.
Ab unserem Werk in Gebze liefern wir sowohl einzelne Kühlraumtüren und Paneele als auch schlüsselfertige Stahl-Kühlhäuser nach Bolu.
100–200 mm (-40°C şoklama odaları) PUR/PIR Panels for Bolu
42 kg/m³ PUR and B-s1,d0 PIR cam-lock panels engineered for +34°C summer design temperatures.
Thermal-Break Hinged, Sliding & Monorail Doors
Dual-gasket, heated-frame heavy-duty cold storage doors for Bolu industrial facilities.
Turnkey Steel-Framed Cold Storage in Bolu
Beyaz et (piliç) entegre tesisleri, şoklama tünelleri, patates ve otel soğuk odaları
Weitere Provinz-Detailseiten (Alle 81 Provinzen)
Two Structural Approaches: External Steel Frame vs. Box-in-Box Cold Rooms
With SerPan Cold + SerHangar integration, we engineer both standalone steel-framed cold storage buildings and T-bar suspended envelopes inside existing halls.
Häufig gestellte Fragen zu Technik & Lieferung
Häufig gestellte technische Fragen zu Kühlraumtüren, Wahl der Paneelstärke, Dichtungsdetails und schlüsselfertigen Projektabläufen.
IL-S1 How does ambient summer temperature affect cold room panel thickness in Bolu?
Because summer design temperatures reach +34°C in Bolu, specifying 100–200 mm (-40°C şoklama odaları) PUR/PIR panels and tropicalized condensers prevents condensation and reduces energy consumption.
C31 What is the difference between building cold rooms inside an existing factory ("Box-in-Box") vs constructing a standalone cold storage building?
In a "Box-in-Box" project, the outer building already exists and insulated rooms are built inside. In a standalone "Cold Storage Building", SerPan Cold + SerHangar engineer the structural steel frame, external roof/facade cladding, internal insulated envelope, and loading docks as a single integrated facility.
C32 How are thermal bridges prevented in steel-framed cold storage buildings?
Primary steel columns and rafters are positioned outside the insulated thermal envelope wherever possible, with ceiling panels suspended via thermal-break hangers. Any internal columns are fully boxed with insulated panels and PU-injected joints.
C33 What is included in a Cold Storage Building Kit (B02)?
A pre-engineered package comprising structural steel members, external roof/facade cladding, internal cold room wall/ceiling panels, all insulated and traffic doors, flashing/corner profiles, suspension hardware, and assembly drawings—ideal for export and remote sites.
C34 Who handles civil works and concrete floor slabs in turnkey cold storage projects?
Foundations and civil concrete works are typically executed by the client's local civil contractor according to SerPan Cold load and elevation drawings, while floor vapor barriers, insulation, structural steel, panels, doors, and refrigeration are clearly defined in our Scope Matrix (EK H05).
C35 Why is the loading dock and sectional door interface critical for cold storage performance?
The truck dock interface is the most vulnerable link in the cold chain. Integrating insulated dock doors, inflatable/curtain dock shelters, and a conditioned staging corridor prevents ambient air infiltration during loading.
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