Decorative Design

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	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	19%	11%	70%	73%	20%	nd	98%	nd	0.84	0.73	27%

This film has standard white polk-a-dots running across the film in consistency and gives a private feel to the window yet subtleness in the light transparency. It is a cream-ish white film with a flash of reflectance of light. Each dot has its own flash and pizzazz to it. Design arts films are developed for providing customers more design options on interior decorations.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	17%	11%	72%	73%	20%	nd	98%	nd	0.90	0.78	21%

Our repetitive point has a new fresh look to it and offers the customer a different type of decorative film. The sizes of the dots decrease as it moves down along the film. This film has a different look to it, because of the varying sizes of the polk-a-dots. Design arts films are developed for providing customers more design options on interior decorations.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	6%	39%	55%	15%	8%	nd	98%	nd	0.77	0.67	69%

Our white hole consists of white polk-a-dots. These dots are all evenly sized and the color is of a rich white color. The design of the dots is smooth and pleasing to the eye. It gives off a look of balance and cleanliness towards the viewer. Design arts films are developed for providing customers more design options on interior decorations.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	58%	29%	13%	23%	50%	nd	98%	nd	0.25	0.22	89%

This design truly does look like a complex spider web. However, unlike it going in a ring, it is staggered in veridical lines and is in a cool white color. Once the light shines through, it is aesthetically pleasing to the eye on the other side. It looks quite complex but nonetheless pleasant to viewer. Design arts films are developed for providing customers more design options on interior decorations.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	9%	30%	61%	68%	9%	nd%	98%	nd	0.81	0.70	30%

This, like all drip films has a different pattern as it goes along the film. At first it has a heavy polk-a-dot pattern, then it slowly goes down to a smaller less condensed ones and then a solid color. It is usually used for the purpose of having one side of the window tinted more heavily. Design arts films are developed for providing customers more design options on interior decorations.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	9%	30%	61%	68%	9%	nd%	98%	nd	0.81	0.70	30%

This, like all drip films has a different pattern as it goes along the film. At first it has a heavy polk-a-dot pattern, then it slowly goes down to a smaller less condensed ones and then a solid color. It is usually used for the purpose of having one side of the window tinted more heavily. Design arts films are developed for providing customers more design options on interior decorations.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	9%	30%	61%	68%	9%	nd%	98%	nd	0.81	0.70	30%

This, like all drip films has a different pattern as it goes along the film. At first it has a heavy polk-a-dot pattern, then it slowly goes down to a smaller less condensed ones and then a solid color. It is usually used for the purpose of having one side of the window tinted more heavily. Design arts films are developed for providing customers more design options on interior decorations.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	41%	59%	0%	0%	3%	nd	98%	nd	0.18	0.16	85

This film has a fading effect individually on each vertical line consisting of dots. It is quite simple yet complex in its own sense. It is artistically tasteful and it has a fresh cool feel to it. It has the effect of it being strong on the topside, yet as it descends, fading away quite tastefully. Design arts films are developed for providing customers more design options on interior decorations.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	47%	41%	12%	17%	71%	nd	98%	nd	0.25	0.22	88%

 

This line has both white and black ones for the customer's preference. It has vertical stripes going down across the film. It gives a private behind the doors look through a window. It gives the customer a sense of security in a sense when they are behind the film. It can either be vertically applied or horizontally, all depending on the customer's preference.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	47%	41%	12%	17%	71%	nd	98%	nd	0.25	0.22	88%

This line has both white and black ones for the customer's preference. It has vertical stripes going down across the film. It gives a private behind the doors look through a window. It gives the customer a sense of security in a sense when they are behind the film. It can either be vertically applied or horizontally, all depending on the customer's preference.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	47%	41%	12%	17%	71%	nd	98%	nd	0.25	0.22	88%

Just like the pyramids of Egypt have people in awe, our very own White and Black pyramid films will have the customers' love and adoration. This film has its own uniqueness to it that no other films so far have had. With its off-shading from each individual triangle sets; it offers something that others cannot. Uniqueness and individuality. 

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	47%	41%	12%	17%	71%	nd	98%	nd	0.25	0.22	88%

Just like the pyramids of Egypt have people in awe, our very own White and Black pyramid films will have the customers' love and adoration. This film has its own uniqueness to it that no other films so far have had. With its off-shading from each individual triangle sets; it offers something that others cannot. Uniqueness and individuality. 

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

When you imagine looking through a window on a cool winter night, this must be it. The ramie Fabric film has a cool frost like color to it with branches etched in it everywhere. It gives a winter forest look to the viewer, along with a fresh and cool feel of a winter forest.

 

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

Green leaves pattern on transparent film.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

Green leaves pattern on white matte film.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

White leaves pattern on transparent film.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

Cafe matte pattern on transparent film.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

City matte pattern on transparent film.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

Erratic line matte pattern on transparent film.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

Tie matte pattern on transparent film.

 

	% Total Solar Refl.	% Total Solar Absrb.	% Total Solar Trans.	% Visible Light Trans.	% Visible Light Refl. (int)	% Visible Light Refl. (ext)	% U/V Rejct.	% Glare Reduct.	Shading Coeff.	Solar Heat Gain Coeff.	%Total Solar Energy Reject.
	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd	nd

Large tie matte pattern on transparent film.