Light Trespass - Revision history

Designing Buildings at 09:58, 31 October 2022

2022-10-31T09:58:00Z

← Older revision		Revision as of 09:58, 31 October 2022
Line 19:		Line 19:
	= Related articles on Designing Buildings =		= Related articles on Designing Buildings =

		+	* Light spill.
	* Louvre specifications.		* Louvre specifications.
	* Retrofitting solar shading.		* Retrofitting solar shading.
Line 24:		Line 25:
	* Solar shading.		* Solar shading.
	* Solar shading design.		* Solar shading design.
−	* The Louvre.
	* Types of window.		* Types of window.
	* Weather louvres can combat and complement the effects of climate change.		* Weather louvres can combat and complement the effects of climate change.

Designing Buildings at 09:56, 31 October 2022

2022-10-31T09:56:34Z

← Older revision		Revision as of 09:56, 31 October 2022
Line 1:		Line 1:
−	= Definition =	+	= Definition of light trespass =

−	Light trespass occurs ~~where~~ there is a light spill or it is cast where it is not wanted. It is somewhat subjective because it is difficult to define when, where, and how much light spill is acceptable or unacceptable. An example of light trespass is ~~that of~~ a street or floodlight ~~that~~ enters ~~unintentionally to~~ a neighbouring window ~~and potentially the inside space when not required~~. There are various solutions to mitigate light spill or light trespass in the design of the lighting or ~~ancilliary~~ items such as louvres, one such example is given below.	+	Light trespass occurs when there is a light spill or if light is cast where it is not wanted. It is somewhat subjective because it is difficult to define when, where, and how much light spill is acceptable or unacceptable. An example of light trespass is when light from a street or floodlight enters a neighbouring window.
		+
		+	There are various solutions to mitigate light spill or light trespass through the design of the lighting or ancillary items such as louvres, one such example is given below.

	= Lighting solutions - anti glare and diffusion =		= Lighting solutions - anti glare and diffusion =

−	Louvres can provide essential glare control by creating directional light diffusion, source concealment and glare control. The effectiveness of a system depends on the materials being used and design of the system, which can also impact it appearance during daylight hours and potential applications. It is possible to use metal fabrics that are directional, thus reducing light penetration in certain directions, whilst letting light through in other directions, which can be a less obtrusive design option than larger louvres systems and thus used for various lighting purposes.	+	Louvres can provide essential glare control by creating directional light diffusion, source concealment and glare control. The effectiveness of a system depends on the materials being used and design of the system.

	[[File:Light_Trespass_II_%281%29.jpg\|link=https://www.smartlouvre.com/applications/lighting-solutions]]		[[File:Light_Trespass_II_%281%29.jpg\|link=https://www.smartlouvre.com/applications/lighting-solutions]]
		+
		+	It is possible to use metal fabrics that are directional, thus reducing light penetration in certain directions, whilst letting light through in other directions.

	One such example is a thin and light metal louvre, corrosive-resistant directional fabric for use inside or out. There are up to 700 paper-thin miniature bronze louvres woven into every metre of fabric. The tiny louvres are usually given a standard protective black polyester coating for a durable finish, absorbing and eliminating re-reflected heat, light and glare. They can be any colour, as well as having a matt or highly reflective finish to suit. The standard louvre angles are 17° and 0°. Angles between 17° and 0° can be produced on application. It can be used for various lighting purposes, including in: trading floors, museum or exhibition displays, shading traffic lights, and buildings and bridges around the globe.		One such example is a thin and light metal louvre, corrosive-resistant directional fabric for use inside or out. There are up to 700 paper-thin miniature bronze louvres woven into every metre of fabric. The tiny louvres are usually given a standard protective black polyester coating for a durable finish, absorbing and eliminating re-reflected heat, light and glare. They can be any colour, as well as having a matt or highly reflective finish to suit. The standard louvre angles are 17° and 0°. Angles between 17° and 0° can be produced on application. It can be used for various lighting purposes, including in: trading floors, museum or exhibition displays, shading traffic lights, and buildings and bridges around the globe.

	--[[User:Smartlouvre\|smartlouvre]]		--[[User:Smartlouvre\|smartlouvre]]
−
−	~~= External Links =~~
−
−	~~[https://www.smartlouvre.com/applications/lighting-solutions https://www.smartlouvre.com/applications/lighting-solutions]~~

	= Related articles on Designing Buildings =		= Related articles on Designing Buildings =

Editor at 15:28, 23 August 2022

2022-08-23T15:28:40Z

← Older revision		Revision as of 15:28, 23 August 2022
Line 3:		Line 3:
	Light trespass occurs where there is a light spill or it is cast where it is not wanted. It is somewhat subjective because it is difficult to define when, where, and how much light spill is acceptable or unacceptable. An example of light trespass is that of a street or floodlight that enters unintentionally to a neighbouring window and potentially the inside space when not required. There are various solutions to mitigate light spill or light trespass in the design of the lighting or ancilliary items such as louvres, one such example is given below.		Light trespass occurs where there is a light spill or it is cast where it is not wanted. It is somewhat subjective because it is difficult to define when, where, and how much light spill is acceptable or unacceptable. An example of light trespass is that of a street or floodlight that enters unintentionally to a neighbouring window and potentially the inside space when not required. There are various solutions to mitigate light spill or light trespass in the design of the lighting or ancilliary items such as louvres, one such example is given below.

−	= ~~[https://www.smartlouvre.com/applications/lighting-solutions~~ Lighting solutions - anti glare and diffusion] =	+	= Lighting solutions - anti glare and diffusion =

	Louvres can provide essential glare control by creating directional light diffusion, source concealment and glare control. The effectiveness of a system depends on the materials being used and design of the system, which can also impact it appearance during daylight hours and potential applications. It is possible to use metal fabrics that are directional, thus reducing light penetration in certain directions, whilst letting light through in other directions, which can be a less obtrusive design option than larger louvres systems and thus used for various lighting purposes.		Louvres can provide essential glare control by creating directional light diffusion, source concealment and glare control. The effectiveness of a system depends on the materials being used and design of the system, which can also impact it appearance during daylight hours and potential applications. It is possible to use metal fabrics that are directional, thus reducing light penetration in certain directions, whilst letting light through in other directions, which can be a less obtrusive design option than larger louvres systems and thus used for various lighting purposes.

−	[[File:Light_Trespass_II_%281%29.jpg\|link=~~File~~:~~Light_Trespass_II_(1)~~.~~jpg~~]]	+	[[File:Light_Trespass_II_%281%29.jpg\|link=https://www.smartlouvre.com/applications/lighting-solutions]]

	One such example is a thin and light metal louvre, corrosive-resistant directional fabric for use inside or out. There are up to 700 paper-thin miniature bronze louvres woven into every metre of fabric. The tiny louvres are usually given a standard protective black polyester coating for a durable finish, absorbing and eliminating re-reflected heat, light and glare. They can be any colour, as well as having a matt or highly reflective finish to suit. The standard louvre angles are 17° and 0°. Angles between 17° and 0° can be produced on application. It can be used for various lighting purposes, including in: trading floors, museum or exhibition displays, shading traffic lights, and buildings and bridges around the globe.		One such example is a thin and light metal louvre, corrosive-resistant directional fabric for use inside or out. There are up to 700 paper-thin miniature bronze louvres woven into every metre of fabric. The tiny louvres are usually given a standard protective black polyester coating for a durable finish, absorbing and eliminating re-reflected heat, light and glare. They can be any colour, as well as having a matt or highly reflective finish to suit. The standard louvre angles are 17° and 0°. Angles between 17° and 0° can be produced on application. It can be used for various lighting purposes, including in: trading floors, museum or exhibition displays, shading traffic lights, and buildings and bridges around the globe.
Line 13:		Line 13:
	--[[User:Smartlouvre\|smartlouvre]]		--[[User:Smartlouvre\|smartlouvre]]

−	External Links	+	= External Links =

	[https://www.smartlouvre.com/applications/lighting-solutions https://www.smartlouvre.com/applications/lighting-solutions]		[https://www.smartlouvre.com/applications/lighting-solutions https://www.smartlouvre.com/applications/lighting-solutions]
Line 28:		Line 28:
	* Weather louvres can combat and complement the effects of climate change.		* Weather louvres can combat and complement the effects of climate change.
	* Window.		* Window.
		+
		+	[[Category:DCN_Commentary]] [[Category:DCN_Product_Knowledge]] [[Category:Definitions]] [[Category:Sustainability]] [[Category:Products_/_components]]

Editor at 15:27, 23 August 2022

2022-08-23T15:27:39Z

← Older revision		Revision as of 15:27, 23 August 2022
Line 1:		Line 1:
−	= ~~[https://www.smartlouvre.com/applications/lighting-solutions Lighting solutions - Anti Glare and Diffusion]~~ =	+	= Definition =

−	~~MicroLouvre® provides essential glare control by creating directional~~ light ~~diffusion~~, ~~source concealment~~ and ~~glare control~~. It is a ~~highly effective light diffusion material for~~ a ~~wide range~~ of ~~applications~~.	+	Light trespass occurs where there is a light spill or it is cast where it is not wanted. It is somewhat subjective because it is difficult to define when, where, and how much light spill is acceptable or unacceptable. An example of light trespass is that of a street or floodlight that enters unintentionally to a neighbouring window and potentially the inside space when not required. There are various solutions to mitigate light spill or light trespass in the design of the lighting or ancilliary items such as louvres, one such example is given below.

−	[~~[File~~:~~Light Trespass II (1)~~.~~jpg]~~]	+	= [https://www.smartlouvre.com/applications/lighting-solutions Lighting solutions - anti glare and diffusion] =

−	~~MicroLouvre® creates~~ directional light diffusion, source concealment and glare control.	+	Louvres can provide essential glare control by creating directional light diffusion, source concealment and glare control. The effectiveness of a system depends on the materials being used and design of the system, which can also impact it appearance during daylight hours and potential applications. It is possible to use metal fabrics that are directional, thus reducing light penetration in certain directions, whilst letting light through in other directions, which can be a less obtrusive design option than larger louvres systems and thus used for various lighting purposes.

−	~~MicroLouvre® is the world’s thinnest and lightest metal louvre fabric~~. There are up to 700 paper-thin miniature bronze louvres woven into every metre of fabric. The tiny louvres are usually given a standard protective black polyester coating for a durable finish, absorbing and eliminating re-reflected heat, light and glare. They can be any colour, as well as having a matt or highly reflective finish to suit. The standard louvre angles are 17° and 0°. Angles between 17° and 0° can be produced on application.	+	[[File:Light_Trespass_II_%281%29.jpg\|link=File:Light_Trespass_II_(1).jpg]]

−	~~MicroLouvre® metal fabric~~ is directional ~~which~~ can be used for various lighting purposes, including in: trading floors, museum or exhibition displays, shading traffic lights, and buildings and bridges around the globe~~. In addition, it is corrosive-resistant so suitable for indoor or outdoor use~~.	+	One such example is a thin and light metal louvre, corrosive-resistant directional fabric for use inside or out. There are up to 700 paper-thin miniature bronze louvres woven into every metre of fabric. The tiny louvres are usually given a standard protective black polyester coating for a durable finish, absorbing and eliminating re-reflected heat, light and glare. They can be any colour, as well as having a matt or highly reflective finish to suit. The standard louvre angles are 17° and 0°. Angles between 17° and 0° can be produced on application. It can be used for various lighting purposes, including in: trading floors, museum or exhibition displays, shading traffic lights, and buildings and bridges around the globe.

−	~~MicroLouvre® is so thin and easy to manipulate, it can easily be integrated or retrofitted into any~~ lighting ~~unit~~.	+	--[[User:Smartlouvre\|smartlouvre]]
		+
		+	External Links
		+
		+	[https://www.smartlouvre.com/applications/lighting-solutions https://www.smartlouvre.com/applications/lighting-solutions]
		+
		+	= Related articles on Designing Buildings =
		+
		+	* Louvre specifications.
		+	* Retrofitting solar shading.
		+	* Shutter.
		+	* Solar shading.
		+	* Solar shading design.
		+	* The Louvre.
		+	* Types of window.
		+	* Weather louvres can combat and complement the effects of climate change.
		+	* Window.

Editor: moved Light Tresspass to Light Trespass

2022-08-23T15:11:16Z

moved Light Tresspass to Light Trespass

← Older revision

Revision as of 15:11, 23 August 2022

Smartlouvre: Created page with "= [https://www.smartlouvre.com/applications/lighting-solutions Lighting solutions - Anti Glare and Diffusion] = MicroLouvre® provides essential glare control by creating direct..."

2022-08-19T14:31:00Z

Created page with "= [https://www.smartlouvre.com/applications/lighting-solutions Lighting solutions - Anti Glare and Diffusion] = MicroLouvre® provides essential glare control by creating direct..."

New page

= [https://www.smartlouvre.com/applications/lighting-solutions Lighting solutions - Anti Glare and Diffusion] =

MicroLouvre® provides essential glare control by creating directional light diffusion, source concealment and glare control. It is a highly effective light diffusion material for a wide range of applications.

[[File:Light Trespass II (1).jpg]]

MicroLouvre® creates directional light diffusion, source concealment and glare control.

MicroLouvre® is the world’s thinnest and lightest metal louvre fabric. There are up to 700 paper-thin miniature bronze louvres woven into every metre of fabric. The tiny louvres are usually given a standard protective black polyester coating for a durable finish, absorbing and eliminating re-reflected heat, light and glare. They can be any colour, as well as having a matt or highly reflective finish to suit. The standard louvre angles are 17° and 0°. Angles between 17° and 0° can be produced on application.

MicroLouvre® metal fabric is directional which can be used for various lighting purposes, including in: trading floors, museum or exhibition displays, shading traffic lights, and buildings and bridges around the globe. In addition, it is corrosive-resistant so suitable for indoor or outdoor use.

MicroLouvre® is so thin and easy to manipulate, it can easily be integrated or retrofitted into any lighting unit.