Obeikan Glass Quality

Driven by passion, rooted in Science

World’s proven quality management system

Obeikan Glass Company is committed to satisfy customers requirements

obeikan glass solutions

Policy

Obeikan Glass Company is committed to satisfy customers requirements by manufacturing and supplying high quality float products and services by practicing world’s proven quality management system.

OGC Strives to Enhance its Quality Management System by:

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Applying people, process and product (3p) and reduce, reuse and recycle (3R) concepts in its related activities.

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Setting and review of the quality objectives.

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Commitment to control environment pollution and occupational hazards.

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Commitment to comply with all statutory requirements.

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Commitment to continuously improve the effectiveness through consistent monitoring and review.

Certificates

World quality approved

PERFORMANCE PARAMETERS

Obeikan Glass performance characteristics

Obeikan Glass performance characteristics
Obeikan Clear Glass Performance Characteristics
Thickness (MM) UV Transmittance % (tuv) Visible Light Solar Direct Energy % Solar Factor(g) % Shading Coefficient(SC) U value
W/M2K
General color rending index(RaD65T)
Trnasmittance (tv.D65) Reflectance (pv.D65) Solar Direct Transmittance (te) Solar direct Reflectance inside (pe) Solar direct Reflectance outside (pe)
3 68 90 9 86 8 8 88 1.01 5.8 99.3
3.5 68 90 9 86 8 8 87 1.00 5.8 99.3
4 67 90 9 86 8 8 87 1.00 5.8 99.2
5 65 90 9 85 8 8 87 1.00 5.7 99.0
5.5 63 89 9 84 8 8 86 0.99 5.7 99.0
6 61 89 9 83 8 8 85 0.98 5.7 99.0
8 57 88 8 81 8 8 83 0.95 5.6 98.0
10 53 88 8 78 7 7 81 0.93 5.6 98.0
12 50 86 8 76 7 7 80 0.92 5.5 98.0
ULTRA VIOLET TRANSMISSION %

RAT EQUATION THERMAL HEAT TRANSFER

When Solar Radiation strikes Glass sheet, it is partly reflected, partly absorbed in the thickness of the glass and partly transmitted.

R.A.T. glass obeikan glass

RAT Equation?
When the combined UV, visible light and infrared (solar energy) strikes glass it is reflected (R), absorbed (A) and transmitted (T) in different proportions, depending on the type of glass involved. This gives us the RAT Equation which accounts for 100% of solar energy.

Thermal Heat:
Transfer Heat is transferred either by convection (upward warm air currents), conduction (passing from one object to another) or radiation (where heat passes through space to an object where it is reflected, absorbed or transmitted). The absorbed portion of the energy is subsequently dissipated by reradiation (or emission) to both the outside and inside, in varying proportions, dependent on the type of glass and external weather conditions

RAT Equation glass
RAT Equation glass

Shading co-efficient(SC) :
The ratio of total solar radiation through a particular glass type, relative to the total solar radiation through 3mm clear float glass. This show the glass performance in reducing heat.