Quality Low Height Electric Opening Skylights Thin Profile Roof Ventilation Skylight factory
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Quality Low Height Electric Opening Skylights Thin Profile Roof Ventilation Skylight factory
Quality Low Height Electric Opening Skylights Thin Profile Roof Ventilation Skylight factory
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Low Height Electric Opening Skylights Thin Profile Roof Ventilation Skylight

Product Summary

Thin‑Profile Low‑Height Ventilation Skylight | Low‑Rise Roof Vent Unit The thin‑profile low‑height ventilation skylight is a compact roof ventilation unit targeting height‑limited building conditions and old‑factory renovation scenarios. With reduced overall elevation, it solves the problem that ...

Product Custom Attributes

Skylight Type:
Ventilation
Profile:
Thin Low-Height
Feature:
Low-Rise
Application:
Industrial Roof
Function:
Vent
Highlight:

Thin Profile Low Height Skylight

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Low Height Electric Opening Skylights

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Ventilation Electric Roof Skylight

Product Description

Thin‑Profile Low‑Height Ventilation Skylight | Low‑Rise Roof Vent Unit

The thin‑profile low‑height ventilation skylight is a compact roof ventilation unit targeting height‑limited building conditions and old‑factory renovation scenarios. With reduced overall elevation, it solves the problem that traditional high‑type skylight cannot be installed under roof‑height restriction. It realizes natural ventilation, daylighting and fire smoke‑exhaust, with favorable wind‑resistance performance, widely used for reconstruction and new‑build industrial roof projects.

Product Overview

This low‑height skylight abandons large‑height arched shell structure, adopts thin‑integrated layout. It can be installed on roof ridge or roof slope position. For old‑factory reconstruction, it does not need large‑scale modification of original roof structure. Under normal working condition, sash opens for hot‑air exhaust; when fire alarm signal comes, sash opens rapidly for smoke‑vent; when raining, sash closes to guarantee roof waterproof performance. Modular splicing can match different ventilation‑volume requirements.

Structure Design
Thin‑Integrated Main Frame

Hot‑dip galvanized steel profile, compact height design, reduce whole‑unit wind‑load area, good stability under strong‑wind environment.

Daylighting Or Non‑Daylighting Panel

Two optional schemes: translucent anti‑UV FRP / polycarbonate panel for daylighting; or galvanized steel plate for non‑daylighting ventilation‑only requirement.

Sash & Electric Driving Assembly

Compact‑stroke electric push‑rod matches low‑height sash structure; with manual emergency opening mechanism for power‑off emergency condition.

Built‑in Integrated Drainage Base

Integral water‑collecting trough structure, collect rainwater and condensate water, avoid water penetration at roof‑connection position, specially optimized for old‑roof reconstruction waterproof risk.

Sealing System

Continuous aging‑resistant EPDM sealing strips around sash gap, lower rain‑splash and dust‑infiltration risk under closed state.

Core Advantages
  • Ultra‑thin low‑height profile, suitable for projects with roof height‑limit that cannot adopt conventional high skylight
  • Small wind‑bearing area, excellent wind‑resistance performance for strong‑wind‑area projects
  • Specially optimized for old‑factory renovation, less modification for existed roof structure
  • Optional daylighting / non‑daylighting version, satisfy different workshop functional demands
  • Integrated drainage base, effectively reduce leakage risk for reconstruction‑project roof opening
  • Support natural ventilation and fire‑alarm linkage smoke‑exhaust, meet multi‑dimension building‑code requirements
Technical Parameters
Item Specification
Frame Material Hot‑dip galvanized steel profile
Overall Height Low‑profile compact design, far lower than arched skylight
Panel Option FRP / Polycarbonate daylighting panel / Galvanized steel plate
Driving Mode Electric push‑rod + manual emergency release
Control Function Local control / Multi‑unit group control / Fire‑linkage smoke‑exhaust
Sealing Material EPDM aging‑resistant rubber strip
Wind‑load Resistance High‑adaptability for strong‑wind region
Installation Position Roof ridge / Appointed roof slope opening
Application Scenario New‑build factory, existed factory reconstruction project
Manufacturing Process
  1. Raw‑material incoming inspection for steel profile, panel and driving accessories.
  2. CNC cutting, bending and welding for thin‑type frame and drainage‑base.
  3. Hot‑dip galvanizing anti‑corrosion treatment for steel components.
  4. Panel cutting and sealing‑strip pre‑assembly.
  5. Push‑rod and control‑circuit pre‑assembly & debugging inside factory.
  6. Whole‑unit opening‑closing and waterproof simulation test before delivery.

Low Height Electric Opening Skylights Thin Profile Roof Ventilation Skylight

Low Height Electric Opening Skylights Thin Profile Roof Ventilation Skylight

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