Roller Shades

Single Shade:
A standard single roller shade using screen or blackout fabric.

Complete Blackout Shade:
A blackout roller shade uses blackout fabric, side channels and head box for complete blackout with no light gaps.

Dual Shade:
Two fabrics in one system. Fabric 1: Sunscreen fabric for UV protection and glare control.
Fabric 2: Coordinating opaque blackout fabric.

Sun Screen:
A see-through sunscreen fabric for heat reduction, UV and glare control.

Complete Blackout Shade:
A system using blackout opaque fabric, side channels and head box for complete blackout with no light gaps.

Acoustic:
High level acoustic absorption properties.

Pick your screen fabric and we will pair with appropriate matching blackout fabric.

A blackout shade uses side channels for a complete light blackout roller blind system.

Non-Metallised:
Non-metallised fabric is effective in heat reduction, UV and glare control.
Lighter colours will achieve higher reflectance values whilst darker colours will provide a more enhanced view through of the fabric.

Metallised:
Metallised fabrics provide greater reflectivity of heat and light in comparison to non metallised fabrics.

Non-Metallised:
A non-metallised fabric is effective in heat reduction, UV and glare control.
Lighter colours will achieve higher reflectance values whilst darker colours will provide greater glare control and heat absorption.

Metallised:
Metallised fabrics increase reflectivity of heat and light in comparison to non metallised fabrics. It provides consistent light transmittance and reflectance values across all colours within a collection.

The typical openness for a commercial office setting is a medium openness between 3% and 5%. The openness factor refers to how tightly the fabric is woven and is expressed using a percentage. Lower numbers represent a higher level of opacity.

0-3% Openness:
A typical openness for greater heat reduction, UV and glare control, e.g. west-facing orientation - glazing with direct sunlight.

3-5% Openness:
Used in all areas for heat reduction, UV and glare control while maintaining views, e.g. windows at all orientation - north, east, south and west

5-10% Openness
Less need for heat reduction, UV and glare control and more importance on views/outlook, e.g. south-facing orientation and public areas.

The typical openness for a commercial office setting is a medium openness between 3% and 5%. The openness factor refers to how tightly the fabric is woven and is expressed using a percentage. Lower numbers represent a higher level of opacity.

0-3% Openness:
A typical openness for greater heat reduction, UV and glare control, e.g. glazing that takes direct sunlight.

3-5% Openness:
Used in all areas for heat reduction, UV and glare control while maintaining views.

5-10% Openness
Less need for heat reduction, UV and glare control and more importance on views/outlook, e.g. public areas.

The typical openness for a commercial office setting is a medium openness between 3% and 5%. The openness factor refers to how tightly the fabric is woven and is expressed using a percentage. Lower numbers represent a higher level of opacity.

0-3% Openness:
A typical openness for greater heat reduction, UV and glare control, e.g. west-facing orientation - glazing with direct sunlight.

3-5% Openness:
Used in all areas for heat reduction, UV and glare control while maintaining views, e.g. windows at all orientation - north, east, south and west

5-10% Openness
Less need for heat reduction, UV and glare control and more importance on views/outlook, e.g. south-facing orientation and public areas.

The typical openness for a commercial office setting is a medium openness between 3% and 5%. The openness factor refers to how tightly the fabric is woven and is expressed using a percentage. Lower numbers represent a higher level of opacity.

0-3% Openness:
A typical openness for greater heat reduction, UV and glare control, e.g. west-facing orientation - glazing with direct sunlight.

3-5% Openness:
Used in all areas for heat reduction, UV and glare control while maintaining views, e.g. windows at all orientation - north, east, south and west

5-10% Openness
Less need for heat reduction, UV and glare control and more importance on views/outlook, e.g. south-facing orientation and public areas.

Sea-Tex:
A premium sustainable fabric, made from post-consumer recovered ocean plastic

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Acoustis:
A high performance technical fabric with excellent sound absorption specifications.

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Sea-Tex Metallised:
A premium sustainable fabric, made from post-consumer recovered ocean plastic

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Planet Metallised:
An all-purpose textured fabric made from 100% recycled polyester.

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Sea-Tex:
A premium sustainable fabric, made from post-consumer recovered ocean plastic

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Review:
A high performance technical fabric with excellent sound absorption specifications.

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Screen Nature:
A high performance 100% glass fibre with excellent view-through properties

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Planet:
An all purpose textured fabric made from 100% recycled polyester

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CR Bloc:
An economical PVC free blackout fabric with tonal colour backing made from 100% Trevira CS fabric

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AllBloc:
An economical PVC free blackout fabric with matching colour backing made from 100% Polyester

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Sea-Tex:
A premium sustainable fabric, made from post-consumer recovered ocean plastic

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Review:
An economical, fine textured fabric made from 90% recycled PET / 10% virgin polyester

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Screen Nature:
A high performance 100% glass fibre fabric with excellent view-through properties

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Sea-Tex Metallised:
A premium sustainable fabric, made from post-consumer recovered ocean plastic

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Planet Metallised:
An all-purpose textured fabric made from 100% recycled polyester.

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Screen Nature Metallised:
A high performance 100% glass fibre fabric with excellent view-through properties.

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Planet:
An all-purpose textured fabric made from 100% recycled polyester.

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CR88:
A high performance reflective fabric with high openness with clean visibility view-through, made from best practice recyclable PVC.

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CR Bloc:
An economical PVC free blackout fabric with tonal colour backing made from 100% Trevira CS fabric.

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AllBloc:
An economical PVC free blackout fabric with matching colour backing made from 100% Polyester.

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Screen Nature Blackout:
A high performance 100% fibre glass fabric with white backing for eliminating light.

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CR Bloc:
An economical PVC free blackout fabric with tonal colour backing made from 100% Trevira CS fabric.

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AllBloc:
An economical PVC free blackout fabric with matching colour backing made from 100% Polyester.

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Screen Nature Blackout:
A high performance 100% fibre glass fabric with white backing for eliminating light.

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Lighter non metallised colours are more reflective to solar heat but more susceptible to glare.

Darker non metallised colours are less reflective but more effective in glare reduction and heat absorption.

Screen Fabric:

Planet Non Metallised
Textured fabric made from 100% recycled polyester Visit Collection

Blockout Fabric:

AllBloc Blackout
PVC free with matching colour front/back made from 100% Polyester Visit Collection

Screen Fabric:

Planet Metallised
Textured fabric made from 100% recycled polyester with metallised backing Visit Collection
Blockout Fabric:

AllBloc Blackout
PVC free with matching colour front/back made from 100% Polyester Visit Collection

Screen Fabric:

Sea-Tex Non Metallised
Made from post consumer recovered ocean bound plastic Visit Collection

Blockout Fabric:

CR Bloc
PVC free with tonal backing, made from 100% Trevira CS fabric Visit Collection

Screen Fabric:

ReView Non Metallised
Fine textured fabric made from 90% recycled PET / 10% virgin polyester Visit Collection

Blockout Fabric:

CR Bloc Blackout
PVC free with tonal backing, made from 100% Trevira CS fabric Visit Collection

Screen Fabric:

Screen Nature Non Metallised
High performance 100% glass fibre fabric with excellent view-through properties Visit Collection

Blockout Fabric:

CR Bloc Blackout
PVC free with tonal backing, made from 100% Trevira CS fabric Visit Collection

Screen Fabric:

Screen Nature Metallised
High performance 100% glass fibre fabric with excellent view-through properties Visit Collection

Blockout Fabric:

CR Bloc Blackout
PVC free with tonal backing, made from 100% Trevira CS fabric Visit Collection

Screen Fabric:

Sea-Tex Metallised
Made from post consumer recovered ocean bound plastic and metallised backing Visit Collection

Blockout Fabric:

CR Bloc Blackout
PVC free with tonal backing, made from 100% Trevira CS fabric Visit Collection

Lighter non metallised colours are more reflective to solar heat but more susceptible to glare.

Darker non metallised colours are less reflective but more effective in glare reduction and heat absorption.

Metallised fabrics enable consistent light transmittance and reflectance values across all colours within a collection.

Lighter non metallised colours are more reflective to solar heat but more susceptible to glare.

Darker non metallised colours are less reflective but more effective in glare reduction and heat absorption.

Metallised fabrics enable consistent light transmittance and reflectance values across all colours within a collection.

Metallised fabrics enable consistent light transmittance and reflectance values across all colours within a collection.

Lighter non metallised colours are more reflective to solar heat but more susceptible to glare.

Darker non metallised colours are less reflective but more effective in glare reduction and heat absorption.

Metallised fabrics enable consistent light transmittance and reflectance values across all colours within a collection.

Lighter non metallised colours are more reflective to solar heat but more susceptible to glare.

Darker non metallised colours are less reflective but more effective in glare reduction and heat absorption.

Switch:
A physical hardwired switch, wired for single or group control of blinds.

Remote Control:
Handheld remote or wireless wall switch controlled by a radio signal.

Automation:
CRE STAARS: (Solar Tracking and Automatic Retract Synchronisation)

Blinds automatically deploy and retract programmed to a buildings geographical coordinates and solar path trajectory.

Various user interfaces (e.g. AV) and local user overrides are also available in combination with full automation.

Integration:
Integration with an existing AV or Building Management System.