3D Welded EPS Panel-EVG CONSTRUCTION SYSTEM
The EVG-3D Construction System originated in Austria, Europe in the
mid 1980's and was invented by EVG (Entwicklungs- und
Verwertungs-Gesellschaft m.b.H.). In 1995, Eastern Wire Mfg. Inc.
became the "Sole Philippine Manufacturer" of the product.
The EVG-3D Construction System offers a well proven building method
in over 50 countries worldwide. The system uses high strength,
non-load bearing modular panels for interior and exterior walls. No
concrete framework is required.
The EVG-3D panels consists of a three-dimensional welded wire space
frame fitted with an expanded polystyrene insulation core .
Strength and rigidity of the panels result from the diagonal truss
wires welded to the wire mesh layers on each side of the panel.
HOW TO INSTALL:
Erection is quick and easy (no cranes needed) because the EVG-3D
panels are light (a standard panel weighs around 13 kg). The
construction method is simple, easy to understand and does not
require skilled labor.
EVG-3D panels can be cut quickly to any size or to a particular
shape to suit architectural design concepts. Cutting of openings
for windows and doors can be done in a matter of minutes.
EXPANDED POLYSTYRENE (EPS) INSULATION
The insulation core body (normally of Expanded, non-flammable
Polystyrene) is securely and precisely locked in the centre of the
panel, not shiftable, even under high pressure caused by the
sprayed-on concrete as a result of the truss wires pierced through
the insulation core and being arranged in zig-zag-configuration.
This results in perfect building quality, with uniform concrete
thickness throughout, giving highest structural strength as well as
minimizing cement consumption.
ADVANTAGES OF EVG-3D
- EASY TO INSTALL
3D Panels are manufactured for ease of use. Each panel can be
installed in a matter of minutes by an unskilled laborer.
- A TIME SAVER
Buildings made up of 3D panels can go up in days, not weeks. In
fact, it takes less than a day for the 3D panel shell of a 220
sq.m. house to be erected.
- DESIGN FLEXIBILITY
3D panels can be easily molded to fit complicated architectural
designs. Window & door frames are easily created by cutting the
required openings in the panel itself.
- A UNIVERSAL BUILDING PRODUCT
The panels can be used as walls, ceilings, roofs and as filler
panels for metal or concrete structures. For Single-story to
High-rise buildings, Residential, Commercial or any construction
- SIMPLE INSTALLATION OF UTILITY WIRING
Electrical wires, water pipes & other cables present no
problem. They are simply inserted between the polystyrene core
& the cover mesh.
- BUILT-IN INSULATION (THERMAL & SOUND)
Each 3D panel comes with built-in thermal insulation, thanks to its
expanded polystyrene core. The sun’s heat cannot penetrate walls
made of 3D panels. Also, cooler temperatures within the 3D panel
structure can be maintained, thereby saving on electricity costs.
The panels also have excellent sound insulation capabilities.
- CALAMITY RESISTANT
Because the EVG 3D panel is a light-weight reinforced concrete
system, it is capable of withstanding strong seismic and wind
pressure. Houses built with 3D panels have been recorded to survive
hurricanes without an inch of damage.
- FIRE RETARDANT
The 3D panels are also fire retardant. The polystyrene core does
not kindle fire, it merely melts under the fire.
The 3D panels system can save you as much as 25% of your total
project costs. Reductions in necessary labor, machinery, and extra
materials, which you would have needed in using traditional
construction methods, all contribute to the total savings.
- A SPACE SAVER
Finished 3D panels will come out only 4 inches total. In
comparison, hollow blocks are already 6” thick, then adding
finishing on both sides, CHB comes out 8 inches total.
- MAXIMUM STRUCTURAL INTEGRITY
The monolithic structure of the 3D panels allows for an impressive
- ENVIRONMENTALLY FRIENDLY
The EPS (Expanded Polystyrene) Core is CFC-free. The wires are made
of recycled steel. Not to mention the amount of timber the system
saves compared to the use of traditional wood frame.