Suspended Ceiling Systems | Suspended Ceiling

In the realm of contemporary architecture and interior design, the Suspended Ceiling Systems offered by Insulation4Less present an amalgamation of functionality and aesthetic enhancement. Our suspended ceiling systems are an invaluable asset for any construction or refurbishment project, providing both visual appeal and practical solutions to manage space effectively.

Metal Tracks and Studs

Standard Metal Track, Deep Metal Track & Various Metal Studs: With options like 50mm, 70mm, and 90mm Metal Studs and Deep Metal Track, these fundamental components provide a robust foundation for your suspended ceiling structure, ensuring that your ceiling system remains sturdy and reliable through all conditions.

The variety in sizes allows for compatibility with different architectural needs, ensuring that regardless of the physical spatial constraints, a secure and stable ceiling is achievable. It is crucial to select the correct size and type of stud and track according to the weight and type of materials that will be suspended.

Various Fixing Elements

MF20 Wafer Head Self Drill Screw, MF9 Connection Bracket, GL2 Metal Stud Fixing Bracket: A strong ceiling is supported by reliable fixings and brackets. The variety in our fixtures ensures that every joint, connection, and suspension in your ceiling is secure and steadfast.

Acoustic Hangers

70mm Acoustic Hanger, 35mm Acoustic Hanger: Acoustic hangers serve dual purposes: providing structural support and contributing to the acoustic management of a space. Selecting the appropriate hanger is pivotal for balancing both the aesthetic and auditory environment of your space.

Panels and Tiles

1200mm x 600mm Clear Prismatic Panels, 600mm x 600mm Clear Prismatic Panels: These panels not only serve as aesthetic components but also engage in managing the light within the space, providing a dispersed, soft illumination that is both functional and inviting.

Ceiling Tile Hold Down Clip & Ceiling Tile Grids

Ceiling Tile Hold Down Clip Universal L15, 24mm White Ceiling Tile Grid T24 Main Bar: These elements ensure that each tile and panel is firmly secured and aligned, maintaining a neat, uniform appearance whilst also preventing any unwanted displacement.

Benefits of Suspended Ceiling Systems

• Concealed Services and Cables: Suspended ceilings effectively hide pipes, wiring, and ductwork, leaving a clean, professional appearance in any space.
• Improves Acoustics: Acoustic ceiling tiles can absorb sound, reducing noise levels in busy environments such as offices, schools, and retail stores.
• Enhances Thermal Efficiency: Lowering the ceiling height reduces the area to heat or cool, helping to improve energy efficiency and lower energy costs.
• Easy Access for Maintenance: Ceiling tiles are removable, making it simple to access lighting, wiring, or air conditioning systems for repairs or upgrades without damaging the ceiling structure.
• Fire Protection: Some ceiling systems offer fire-resistant properties, helping to slow the spread of fire and providing additional safety for building occupants.
• Quick and Simple Installation: With modular grid systems and ready-to-use components, suspended ceilings are straightforward to install, saving time and labour costs.
• Versatile Design Options: Compatible with various ceiling tile styles, textures, and finishes, allowing you to customise the look to suit your space.
• Cost-Effective Solution: Provides an affordable way to upgrade ceilings, cover imperfections, and improve building performance without major construction work.

How a Suspended Ceiling System Works

There are two common ideas behind the term: an exposed grid that carries removable ceiling tiles, and a concealed metal furring (MF) framework that is boarded with plasterboard. Both create a void below the structural soffit, but the components and finished appearance are different. An exposed grid remains visible between the tiles and gives quick access to services. An MF ceiling is lined with plasterboard, taped or skimmed, so the finished surface looks like a conventional continuous ceiling.

The current Insulation4Less collection is weighted towards MF components. MF7 forms the primary support framework. MF5 forms the secondary framework that receives the plasterboard. MF6A is used at the perimeter. Suspension is provided by components such as MF8 strap, MF17 angle, acoustic hangers or suspension wire, depending on the system design. Connection brackets and wafer-head screws complete the framework. Always build to a tested system specification where fire, acoustic or structural performance is required.

How Much Ceiling Drop Do You Need?

There is no single minimum drop that applies to every MF suspended ceiling. The required plenum depends on the complete tested system, board build-up, suspension method and services above the ceiling.

For example, British Gypsum specification C100038 has a minimum cavity of 175mm and a maximum cavity of 5600mm. Other GypCeiling MF specifications use different minimum cavities. C100016, for example, specifies a 240mm minimum cavity.

British Gypsum permits MF8 strap hanger for suspension up to 1000mm in these specifications, while steel angle can be used for suspension up to 5600mm. Always use the dimensions and suspension arrangement stated for the exact ceiling specification rather than applying one minimum drop to every MF ceiling.

Allow additional space where required for ducts, cable trays, recessed lighting, pipework and maintenance access.

Which Suspended Ceiling Components Do I Need?

Start with the finished ceiling type. For a plasterboard MF ceiling, choose the primary and secondary framework, perimeter channel and the correct suspension method before adding connection brackets, screws and plasterboard. For a removable tile ceiling, use a compatible exposed grid and tiles rather than MF5 and MF7. If sound isolation is the main objective, acoustic hangers or resilient components may form part of a tested acoustic build-up, but they do not create a guaranteed acoustic rating on their own.

Fire and Acoustic Performance Comes From the Complete Build-Up

An individual metal component's reaction-to-fire classification does not give the completed ceiling a particular fire-resistance period. Fire resistance is determined by the complete tested system. For example, British Gypsum specification C100038 uses MF7 primary channels at 600mm centres, MF5 ceiling sections at 400mm centres, four layers of 15mm Gyproc FireLine and 150mm stone mineral wool at 22kg/m³. The complete construction achieves 120 minutes fire integrity and 120 minutes fire insulation when tested to BS EN 1364-2. Changing the board build-up, framework centres, insulation, fixings or suspension arrangement can affect system performance.

The same principle applies to acoustic performance. British Gypsum acoustic hangers provide a resilient connection that can help increase sound insulation when used as part of a specified GypCeiling MF construction. Mineral wool, board type and layers, ceiling void, junctions and the supporting floor or ceiling construction can also affect the result. Do not assign a standalone decibel improvement to an acoustic hanger. Where a project has a defined airborne or impact sound requirement, use the complete tested manufacturer specification.

Frequently Asked Questions

What is a suspended ceiling?

A suspended ceiling is a secondary ceiling installed below the structural soffit, creating a ceiling void or plenum. An MF suspended ceiling uses concealed metal framework such as MF7 primary channels and MF5 ceiling sections to support plasterboard. Other suspended ceiling systems use an exposed grid carrying removable ceiling tiles.

What is the minimum drop for an MF suspended ceiling?

There is no single minimum drop for every MF suspended ceiling. It depends on the complete manufacturer specification. For example, British Gypsum GypCeiling MF specification C100038 has a minimum cavity of 175mm and maximum cavity of 5600mm. Other GypCeiling MF specifications use different minimum cavities, so check the selected system before setting the ceiling level.

What is the difference between MF5 and MF7?

MF7 forms the primary support framework of a British Gypsum GypCeiling MF suspended ceiling. MF5 forms the secondary framework fixed beneath the MF7 and provides the framework to which the plasterboard lining is fixed. The profiles perform different functions and should be installed at the centres specified for the selected ceiling system.

What is MF6 perimeter channel used for?

Gypframe MF6 Perimeter Channel forms the perimeter framing of British Gypsum GypCeiling MF systems. It is fixed around the room perimeter and works with the MF5 secondary ceiling sections and MF7 primary framework. Follow the selected system specification for perimeter fixing, framework centres and junction details rather than treating the perimeter channel as an interchangeable component.

Can a suspended ceiling improve sound insulation?

A suspended ceiling can contribute to improved sound insulation when it forms part of a tested acoustic construction. British Gypsum publishes GypCeiling MF systems combining acoustic hangers, MF5 and MF7 framework, plasterboard and insulation with stated airborne and impact sound performance. Do not assign a standalone decibel improvement to an individual acoustic hanger or ceiling component.

What is the difference between an MF ceiling and a ceiling tile grid?

An MF ceiling uses concealed metal framework behind plasterboard or another specified board lining, producing a continuous finished ceiling. An exposed lay-in ceiling uses visible main tees and cross tees to support removable tiles. Lay-in tiles normally provide easier access to services because individual tiles can be lifted from the supporting grid.

How do I work out how much suspended ceiling framework I need?

Measure the ceiling area and prepare a layout using the framework and suspension centres specified for the chosen system. Calculate primary channels, secondary sections, perimeter framing and suspension points separately, then convert the quantities into the actual stock lengths and pack sizes. Include an appropriate cutting allowance rather than calculating materials from floor area alone.