Flat Glass

MONOLITHIC GLASS
FLOAT GLASS
FIGURED GLASS
WIRED GLASS (POLISHED / FIGURED)
BRONZERAL/
GRAYRAL/
GREENRAL


MIRROR
MIE MIRROR
MIE MIRROR DELUXE

FIRE RESISTANT GLASS
HEAT RESISTANT
TEMPERED GLASS
(FIRELEX)

HEAT INSULATING
GLASS (FUEGOLEX)


FUNCTIONAL GLASS
HEAT REFLECTIVE
GLASS (SKYLEX)

HIGH-PERFORMANCE
HEAT REFLECTIVE
GLASS (SKYCOOL)

INSULATING GLASS
UNIT (PAIRLEX)

LAMINATED GLASS
(LAMILEX UV)

TEMPERED GLASS
(TEMPALEX)
HEAT STRENGTHENED GLASS
(HS-LEX)

LAMILEX UV

Laminated Glass

Safety glass unit specially processed to resist fallout and discoloration


A Home Kitchen


Breaking pattern of LAMILEX UV

LAMILEX UV is a glass unit with increased safety properties. It is manufactured from two or more sheets of glass with an interlayer film of polyvinyl butyral film laminated under heat and pressure. The interlayer film functions to intercept ultraviolet rays.



Features and Advantages
Safety

Even if the glass is broken, the tough interlayer film prevents fragments from shattering.
Discoloration resistance

It intercepts 99 percent or more of incoming ultraviolet rays, protecting furniture and furnishings near windows from discoloration caused by exposure to direct sunlight.

Applications
Windows and skylights
Show windows and showcases
Water tanks and observation windows of swimming pools

Design and Installation Precautions
The location of installation should be carefully selected in consideration of temperature conditions.
Avoid exposing the edges of the glass. The exposed edges can absorb water, causing the interlayer film to become translucent and possibly delaminate.
If the surface temperature of LAMILEX UV rises above 70 °C, foaming may occur within the interlayer film.
The interlayer film is susceptible to damage from organic solvents. Handle the edges of the glass unit carefully.
Calculate thermal value as LAMILEX UV composed of heat absorbing glass or wired glass is subject to thermal cracking under certain environmental conditions.
Since LAMILEX UV composed of heat absorbing glass or wired glass is subject to thermal cracking, the glass surface should not be coated with paper or exposed to direct currents of air from air-conditioning units.
Three water drain holes (5 mm in diameter) must be provided at the sash bottom for draining rainwater or condensation quickly.

Standard Glazing Procedures
Use a superior elastic sealing compound (polysulfide or silicone).
Use polyethylene foam or chloroprene rubber as a backup material.
Provide setting blocks of chloroprene rubber (90° hardness) at two places along the bottom edge.


Types & Specifications
Types (Glass composition)
Standard
thickness (mm)
Maximum size (mm)
Float glass
Heat absorbing
glass
3 + 3
6.0
1,800 × 1,200
5 + 5
10.0
2,800 × 2,000
6 + 6
12.0
8 + 8
16.0
3,500 × 2,500
10 + 10
20.0
12 + 12
24.0
15 + 15
30.0
Heat reflective
glass
6 + 6
12.0
2,400 × 1,800
8 + 8
16.0
3,500 × 2,400
10 + 10
20.0
12 + 12
24.0
Polished wired
glass with
Float glass
Heat absorbing glass
Heat reflective glass 
5 + 6.8 (W)
11.8
2,400 × 1,800
6 + 6.8 (W)
12.8
8 + 6.8 (W)
14.8
8 + 10 (W)
18.0
3,500 × 2,400
10 + 10 (W)
20.0
12 + 10 (W)
22.0
Tempered glass
5 + 5
10.0
2,400 × 1,800
6 + 6
12.0
8 + 8
16.0
3,500 × 2,400
10 + 10
20.0
12 + 12
24.0
15 + 15
30.0
*W : Polished wired glass





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