Honeycomb Blind Systems

Air trapped in honeycomb cells — the technical core of the insulation-focused blind.

Honeycomb System Components

The honeycomb fabric is the heart of the system — the cell layer, mechanism and rail take shape around it.

Honeycomb Fabric

Hexagonal cross-section seen from the side — air trapped inside the cell forms a thermal barrier between the glass and the room.

Cell Layer

Single cell ~25 mm or double cell ~50 mm — the layer count sets the depth of the air pocket.

Lift Mechanism

Chain, cord, TD/BU and motor drive — quiet-motor series are available.

Rail and Casing

20–30 mm aluminium rail, hidden or decorative casing look — nearly disappears when the fabric gathers.

Cell Types

Cell depth sets the strength of the air pocket — two structures, two performance levels.

Diameter, layer and use of honeycomb cell types
Structure	Cell Diameter	Layer	Feature
Single Cell	~25 mm	One-layer air pocket	Standard insulation + a simple look
Double Cell	~50 mm	Two-layer air pocket	A stronger thermal barrier

Fabric Classes

Three transmittance levels — chosen by the light and privacy needs of the space.

Light behaviour and usage of honeycomb fabric classes
Class	Light Behaviour	Use
Transparent	Filters daylight, outward view preserved	Living areas
Semi-Opaque	Diffuses light, the inside is not seen	Study and living room
Blackout	Nearly zeroes the light	Bedroom and meeting room

Honeycomb System Variants

The same honeycomb section, nine different working layouts — the geometry of the opening chooses the variant.

Horizontal Honeycomb Blind

Honeycomb panel sliding on a side rail

Sliding door and wide façade

Vertical Honeycomb Blind

The classic up-and-down layout

Standard window

Ceiling Honeycomb Blind

Horizontally tensioned ceiling panel

Skylight and winter garden

Cased Honeycomb Blind

Closed system with side rails

Rooms where blackout is wanted

Triangular Honeycomb Blind

Fan-folding angular panel

Gable and triangular glass

Oval Honeycomb Blind

Elliptical fan panel

Gable-top and oval glass

Between-Glass Honeycomb Blind

Panel embedded inside the glazing

A unit that never gathers dust

Questions About the Honeycomb Blind System

How does honeycomb fabric provide insulation?

Air trapped in the hexagonal cells forms a still layer between the glass and the room air. Because air is one of the poorest heat conductors, this pocket helps reduce heat loss in winter and heat gain in summer.

Does it have an effect on sound?

The cell air and the multi-layer fabric partially dampen sound waves — not full sound insulation, but a noticeable difference in echo and perceived outdoor noise in glass-fronted rooms.

Can it be made sloped or in special shapes?

Yes. It works on roof windows, sloped winter-garden glazing and arch-shaped joinery with guided mounting — the fabric stays taut in every position.

Does it need maintenance?

The fabric is antistatic-treated, so it does not hold dust. Dust gathering inside the cells is cleaned from outside with a soft-brush vacuum attachment. The fabric is not washed.

How the five connection types are applied to the cell system is shown on the Honeycomb Blind Installation Types page; the spaces each model works in are listed in the application areas.

A Quote for the Glass Surface

Once the window type and insulation goal are relayed, cell diameter and fabric class are matched.

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