Best High Quality Anti-Reflective Glass Factories - Energy Efficient Low-E Coated Glass – Jinjing Manufacturer and Factory

High Quality Anti-Reflective Glass Factories - Energy Efficient Low-E Coated Glass – Jinjing

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High Quality Anti-Reflective Glass Factories - Energy Efficient Low-E Coated Glass – Jinjing Detail:

Why Choose Low-E glass? How does it save energy?

Low-E glass refers to glass with a low emissivity coating. It reduces heat gain or loss by reflecting long-wave infrared energy (solar heat), therefore decreases the U-value & solar heat gain and improves the energy efficiency of the glazing. Because of its relative neutrality in appearance and energy efficiency, low-E glass is widely used in residential and commercial buildings and is expected to continue to increase in usage in the coming years.

What’s the difference between soft coated and hard coated Low-E glass?

Low-E glass is made of low emissivity coating film on the surface of glass by physical or chemical methods. At present, the mature technologies for commercial manufacturing of Low-E glass include vacuum magnetic emission (physical method, also called offline Low-E glass & soft coated Low-E glass) and chemical vapor spraying process (chemical method, also called online Low-E glass & hard coated Low-E glass).

What’s the difference between soft coated and hard coated Low-E glass?
ITEMS	soft coated	hard coated
Production Process	1. Vacuum magnetic sputtering emission 2. Completed in an independent coating glass production line 3. Multilayer composite coatings on glass surface	1. Chemical vapor deposition 2. Finish coating in tin bath of float line 3. Single layer coating
Film Structure
Variety of Appearance & Performance	Rich product series: large selection range of appearance color and performance data	The product series is simple: the appearance color and parameter are relatively fixed with limited selectivity.
Film Stability & processability	1. The film is easy to be oxidized and can be stored for 1-2 years after professional packaging; 2. It can’t be used in a monolithic piece, it must be used after insulating, and the coating is in the insulated cavity; 3. Special case: Jinjing triple silver products can be used in laminated glass , and the coating can contact the coating directly	1. The coating is sintered with glass, which is very hard and stable. It is stored as common float glass; 2. It can be used in a monolithic piece; It is easy to be processed and the processing method is the same as ordinary float glass
Jinjing Star Products	US1.16, UD49, UD68, UD80，SOLARBAN70, SOLARBAN 72	EazyTek

What’s the differences of triple, double, single silver low E glass？

Are you still confused?

What’s the differences of triple, double, single silver low E glass？

How can I choose?

Follow me.

In the graph, these are three solar spectral transmittance curve of triple, double, single silver Low-E glass with similar visible light transmittance. The middle area of the vertical line is the area of visible light (380-780 nm), and the visible light transmittance of the three kinds of Low-e is similar. The right area of the vertical line is infrared ray area (780-2500 nm). Since most of the heat is carried by infrared rays, the area under the curve reﬂects the heat energy which the solar energy goes directly through the glass. The single silver Low-e contains the largest area, double silver Low-E takes second place, and the triple silver Low-e takes the smallest area which means the least heat goes through the glass, and best thermal insulation performance.

In the graph, these are three solar spectral transmittance curve of triple, double, single silver Low-E glass with similar SHGC value within 380-2500 nm. The SHGC value is similar, which means the contained area of the three coated glass is similar, but the distribution shape of the curve is obviously different, and the triple silver Low-e takes the smallest area which means the least heat goes through the glass. With similar SHGC value, the triple silver Low-e shielding capability of infrared thermal radiation is much greater than that of double silver and single silver Low-e glass, which greatly improved the indoor comfort in summer.

Why choose Jinjing Low-E Glass?

1. Technology advantage:

World-leading technology from PPG America.

Unique resource of professional coating experts in glass industry.

Strong technical service team for customer support.

2. Performance advantage:

First manufacturer in China to supply off-site temperable triple silver Low-E, LSG reach 2.32.

IGU visible light transmission 82%, highest in the market.

IGU U-factor reach 1.01 W/m2.K, lowest in the market.

3. Industry advantage:

The richest product structure, whole industry chain from clear float glass, various tinted glass, ultra clear glass to complete product solutions for customers.

Optical Parameters

Soft coated series

No	Description	Visible Light(%)			Solar Energy(%)		NFRC
		Trans(%)	Reflectance(%)		Trans	Refectance	U-Value		Sc	SHGC
		Trans(%)	Out	In	Trans	Refectance	Winter	Summer	Sc	SHGC
1	6mmS1.16+12A+6mmClear	80	13	13	50	24	1.72	1.65	0.65	0.57
2	6mmUS1.16+12A+6Ultraclear	83	14	14	60	30	1.73	1.70	0.71	0.61
3	6mmD80+12A+6Clear	70	13	13	33	34	1.70	1.34	0.43	0.37
4	6mmUD80+12A+6Ultraclear	73	13	14	38	41	1.66	1.60	0.45	0.39
5	6mmD68+12A+6Clear	60	17	20	33.5	22.0	1.71	1.67	0.46	0.40
6	6mmUD68+12A+6Ultraclear	63	18	21	39.7	27.9	1.71	1.67	0.50	0.43
7	6mmD49+12A+6Clear	46	15	13	21	32	1.69	1.64	0.29	0.25
8	6mmUD49+12A+6Ultraclear	48	15	13	23	44	1.69	1.64	0.30	0.26
9	6mmSolarban70+12A+6Clear	64	12	13	24	50	1.62	1.55	0.31	0.27
10	6mmSolarban72+12A+6Ultraclear	71	13	14	28	53	1.62	1.55	0.34	0.30
Notes: 1. Above performance data are calculated according to stadards NFRC 2010, EN673 and JPG151. 2. The performance data are only for reference. Jinjing will hold the right of final interpretation.

Hard coated series

		TEK6	TEK10	TEK15	TEK35	TEK70	TEK250	Instrumentation
Thickness		4mm、3.2mm± 0.1mm	4mm、3.2mm± 0.1mm	4mm、3.2mm± 0.1mm	4mm、3.2mm± 0.1mm	4mm、3.2mm± 0.1mm	4mm、3.2mm±0.1mm	Micrometer
Visible Light Transmittance		≥80%	≥82%	＞83%	≥83%	＞83%	＞83%	Hazegard
Coating Reflectance		≤11%	≤11%	＜12%	＜12%	＜12%	＜12%	HunterLab
Haze		≤5%	≤1.7%	≤1%	<1%	≤1%	≤1%	Hazegard
Sheet Resistance	Before temper	6-8Ω/■	8.0-9.5Ω/■	12-14Ω/■	34-38Ω/■	60-68Ω/■	260-320Ω/■	Four-point probe /Nagy Sheet Resistance Meter
Sheet Resistance	After temper	6-8Ω/■	9.0-10Ω/■	12-14Ω/■	38-40Ω/■	64-72Ω/■	252-300Ω/■	Four-point probe /Nagy Sheet Resistance Meter
E-value		＜0.10	＜0.12	＜0.15	＜0.35	＜0.45	＜0.67
Color Uniformity		ΔE*ab≤0.8	ΔE*ab≤0.8	ΔE*ab≤0.8	ΔE*ab≤0.8	ΔE*ab≤0.8	ΔE*ab≤0.8	1 pcs glass （310mm*310mm）