Products
Daedoentec Co., Ltd.
The Best Choice for Disaster Prevention
Transparent Flood Barrier
Due to global warming and urbanization, the risk of excessive rainfall beyond drainage capacity and the overflow of embankments has increased, leading to a rise in property damage and loss of life at the national level.
In areas where levee freeboard is insufficient, installing protective glass instead of concrete parapets improves river aesthetics and enhances visibility.
Product Features
Highlighting the Core Functions and Benefits.
Double-Laminated Tempered Glass
Tempered Laminated Glass (25.52mm)
Shock-Absorbing Damper
Prevents direct contact between the glass and horizontal supports to reduce the risk of breakage.
Embedded Bottom Structure
25.52mm Tempered Laminated Glass / STS304 Floor Molding / Grooved and Filled with Mortar After Perforation
All Materials Comply with KS Standards
Enhancing Aesthetic Value and Visibility
Introducing the Key Functions and Benefits.
– Provides a safe and visually appealing landscape
– Eliminates obstruction of views for nearby residential and commercial areas along coastlines
– Enhances aesthetic appeal along coastal roads and tourist walking trails, fulfilling public visual expectations
– Offers excellent nighttime scenery when combined with LED lighting
Ensuring Stability
introducing the Key Features.
Safety
Eco-Friendly UV Resin Laminated Glass
(Tested and Verified by the Korea Testing & Research Institute for Chemical Convergence)
Noise Reduction
Superior Noise Insulation Compared to Conventional Laminated Glass (35.9 dB) – Complies with German Standard DIN 52290 – Below the Korean Interfloor Noise Limit of 43 dB
Durability
Highly Resistant to Impact — Withstands a 1 kg steel ball dropped from a height of 4.8 meters Complies with KS L 2004 Standard
UV Protection
UV Control Function – Blocks over 99% of harmful ultraviolet rays from sunlight, preventing discoloration and fading.
Double-Laminated Tempered Glass
Safety Assessment
By applying horizontal supports, this safety-enhanced technology reduces in-plane stress by up to 47.9% and stress on the support structures by up to 54.8% compared to conventional designs without horizontal supports.
