EVA Laminated Glass with Stainless Steel Sheet Carved with Decorative Pattern

EVA Laminated Glass with Stainless Steel Sheet Carved with Decorative Pattern
(–shortened as LAGSS.)
First One in the World Innovative Glass Laminating Product
GLASS+
CNC EVA FILM+
STAINLESS STEEL Sheet+
CNC EVA FILM+
GLASS
LAGSS Samples:

Advantages:
1-Unmatchable Safety&Security properties. The Safety&Security properties is strengthened by combining the strength of LAMINATED GLASS and the strength of STAINLESS STEEL Sheet.
2-Good decoration functions like other inserts, there are various patterns to choose.

Why Can We Do It?
1-The LOW MELT VISCOSITY of CNC EVA FILM enables good compatibility with uneven/rough surfaces of stainless steel Sheet.
2-Strong adhesive properties of CNC EVA FILM enables the ultra strong adhesive strength with metals.

More Patterns of Stainless Steel Sheet Inserts:

There are more patterns to be continued.

Testing UV Radiation Reststance Properties of Glass Laminated EVA Film

Testing UV Radiation Reststance Properties of Glass Laminated EVA Film

Testing UV Radiation Reststance Properties of Glass
Laminated EVA Film
• The Light Transmittance should not change by
more than ±10% when the initial light
transmittance is greater than 20%. Or The Light
Transmittance should not change by more than
±2% expressed in absolute value if the initial light
transmittance is less than or equal to 20%.
• Apparently, the test proves that CNC EVA FILM
LAMINATED GLASS is qualified. The Average Light
Transmittance chagne is less than 1%.

Testing UV Radiation Reststance Properties of Glass Laminated EVA Film by Peter Lin

Testing UV Radiation Reststance Properties of Glass Laminated EVA Film

Testing Properties of Glass Laminated EVA Film

01 Testing EVA Film Properties

02 Testing EVA Film Properties

03 Testing EVA Film Properties

04 Testing EVA Film Properties

05 Testing EVA Film Properties

Testing UV Radiation Reststance Properties of Glass
Laminated EVA Film
• To measure the durability, the luminous
transmission has been measured by the wavelength
between 380nm and 780nm before 2,000 hours of
exposure to the ULTRAVITALUX lamps.
• A minimum 3 transmission measurements have
been taken from each laminated glass sample and
the average has been calculated from these datas.
• In the end, compare the differences of Light
Transmittance and check the presence of any
faults(bubbles, opaqueness, degumming etc)

http://en.calameo.com/read/000628737a200a64fbd04