Furniture Fixings and Brackets for Upholstery Workrooms
Shop furniture fixings and brackets for furniture manufacturing, upholstery, restoration, repair and assembly. Livedale supplies headboard struts, connector brackets, threaded insert nuts, furniture-leg fittings, dowel screws, hinges, recliner controls and other specialist furniture hardware for professional upholsterers, furniture manufacturers, repair workshops and experienced DIY customers.
The correct fixing allows furniture components to be assembled securely, positioned accurately and removed again where the design requires it. A headboard connector, threaded furniture nut or sprung ottoman hinge may be small compared with the finished item, but selecting the wrong size or fitting method can prevent the furniture from working properly.
Furniture hardware should be chosen by specification rather than appearance alone. Similar-looking brackets, nuts and mechanisms can differ in thread size, dimensions, hole spacing, orientation, operating movement and intended application.
Before ordering, examine the original component where possible and check all relevant measurements.
Shop Furniture Fixings, Brackets and Mechanisms
The range is divided into three specialist categories:
- Brackets and Headboard Struts
- T Nuts, D Nuts and Fixings
- Hinges and Mechanisms
These sections provide direct routes to furniture hardware for connecting frames, fitting headboards, attaching legs and enabling moving furniture sections to operate correctly.
Brackets and Headboard Struts
Browse brackets and headboard struts for upholstered headboards, bed frames, modular furniture, removable panels and suitable furniture-assembly applications.
The range includes:
- Wooden headboard struts
- Headboard bolts and washers
- Sliding headboard connector brackets
- Interlocking furniture connectors
- Metal connector brackets
- Metal and plastic connector brackets
- Arm-facing fixing dowels
The appropriate fitting depends on how the furniture is designed to connect and whether the component must remain permanently fixed or removable for transport and installation.
Wooden Headboard Struts
Wooden headboard struts are used to connect a suitable upholstered headboard to a compatible bed base or frame.
They are normally attached vertically to the back of the headboard and secured to the bed using the appropriate bolts, washers or mounting points.
Different strut lengths are available to accommodate headboards and beds of different sizes and mounting positions.
Before selecting headboard struts, check:
- Required strut length
- Timber width and thickness
- Position of the fixing slots or holes
- Distance between the mounting points
- Depth and construction of the headboard frame
- Position of the fittings on the bed
- Required finished height
- Whether the struts are supplied individually or as a pair
- Suitable bolts, washers and frame fixings
The headboard frame must provide a sound fixing area. Attaching a strut only to thin board, foam or upholstery material will not create a secure installation.
Where a new upholstered headboard is being manufactured, position the internal timber rails and fixing points before the frame is padded and covered. Trying to find a narrow timber rail through several upholstery layers afterwards is an unnecessary test of character.
Measuring the Headboard Position
Establish the intended finished height before drilling or fixing the struts.
Measure from the floor or top of the bed base to the desired top of the headboard, then account for:
- Headboard height
- Mattress depth
- Bed-base height
- Position of the mounting bolts
- Adjustment available within the strut slots
- Skirting boards or wall obstructions
- Any gap required above the mattress
Both struts should be mounted parallel and at matching heights. Uneven positioning can cause the headboard to sit out of level or place additional strain on one fixing.
Check that the headboard will not obstruct electrical sockets, switches or wall-mounted fittings.
Headboard Bolts and Washers
Headboard bolts and washers secure compatible wooden struts or mounting brackets to the fittings on a bed base.
The bolt thread must match the receiving nut or bed fitting. A bolt with approximately the correct diameter is not necessarily compatible.
Check:
- Thread diameter
- Thread pitch where relevant
- Bolt length
- Washer diameter
- Available adjustment
- Clearance behind the headboard
- Condition of the bed fitting
The washer helps spread the clamping force across the slot or timber surface. Tighten the bolt sufficiently to hold the headboard securely without crushing the wooden strut or stripping the receiving thread.
Retighten the fittings after the headboard has settled into position if necessary.
Sliding Headboard Connector Brackets
Sliding headboard connector brackets provide a removable connection between a headboard and suitable supporting surface.
The two matching sections engage with one another, allowing the headboard to be lowered into position and lifted away when required.
This type of bracket can be useful for:
- Wall-mounted headboards
- Hotel bedroom furniture
- Decorative upholstered panels
- Removable furniture components
- Installation where visible front fixings are undesirable
Mount the two sides accurately so they align without forcing. Several bracket pairs may be required across a large or heavy headboard to distribute the load and keep the panel level.
The wall or furniture structure receiving the brackets must be suitable for the finished weight and expected forces. Appropriate wall fixings should be selected according to the wall construction rather than supplied or assumed as one universal answer.
Interlocking Furniture Connector Brackets
Interlocking connector brackets allow suitable furniture sections or panels to be joined while remaining separable.
They may be used on:
- Modular sofas
- Removable arms
- Upholstered panels
- Bed components
- Display furniture
- Furniture designed for easier transport
The two halves must be installed in the correct orientation and positioned so they engage fully.
Before fitting, check:
- Overall bracket dimensions
- Engagement direction
- Required clearance
- Screw-hole position
- Timber thickness
- Number of connectors required
- Expected load and movement
- Whether the connection must resist upward separation
A connector intended primarily to locate two panels should not automatically be treated as the sole structural fixing for a heavily loaded furniture section.
Metal and Plastic Connector Brackets
Metal and combined metal-and-plastic connector brackets offer alternative fitting arrangements for particular furniture designs.
Plastic components may help locate, guide or reduce movement between connected parts, while the metal section provides the main fixing interface.
When replacing an existing connector, compare the complete component rather than only the visible plate. A few millimetres of difference can prevent the parts from engaging or leave the furniture section loose.
Where possible, replace both corresponding halves as a matched set.
Arm-Facing Fixing Dowels
Arm-facing dowels are used to locate and secure suitable removable or separately manufactured furniture panels.
They can help align an upholstered facing or component with the main furniture frame while keeping the visible surface free from obvious external fixings.
Check the dowel diameter, length, hole depth and required fit before installation.
Drill accurately and squarely. Misaligned dowels can make the panel difficult to fit and may damage the surrounding timber if forced.
T Nuts, D Nuts and Furniture Fixings
Browse T nuts, D nuts and furniture fixings for creating threaded connections within timber, board and suitable furniture frames.
The current range includes:
- M8 and M10 T nuts
- M8 and M10 D nuts
- Three-point fixing nuts
- Angled furniture-leg brackets
- Wood-to-metal dowel screws
- Serrated plastic washers
These fittings are commonly used when attaching removable furniture legs, feet, frames and other components requiring a repeatable threaded fixing.
Understanding M8 and M10 Threads
The letter M identifies a metric thread, while the number indicates its nominal outside diameter in millimetres.
An M8 fitting is intended for a compatible M8 threaded bolt or stud. An M10 fitting requires the corresponding M10 component.
M8 and M10 furniture fixings are not interchangeable.
Before ordering, check:
- Thread diameter
- Thread pitch where specified
- Length of the bolt or threaded stud
- Nut style
- Timber or board thickness
- Required fitting direction
- Available installation space
- Existing hole diameter
- Intended furniture component
Do not determine the size solely by holding a ruler beside a worn or painted thread. Use a suitable measuring method or compare it with a confirmed compatible bolt.
Furniture T Nuts
T nuts create a threaded anchor within suitable timber or board.
They generally have a barrel that enters a drilled hole and a flange with prongs that grip the surrounding material.
T nuts are widely used for:
- Removable furniture legs
- Sofa and chair feet
- Bed and headboard fittings
- Bolted furniture components
- Knock-down furniture construction
- Suitable timber-frame connections
The hole should be drilled to the correct diameter for the barrel. If it is too small, forcing the fitting can split the timber. If it is too large, the T nut may rotate or pull loose.
The prongs should enter sound material rather than damaged, thin or crumbling board.
Where the bolt is inserted from the opposite side, tightening it normally pulls the T nut more firmly against the timber. Check that the fitting is seated flat before applying the final load.
Furniture D Nuts
D nuts are threaded furniture inserts designed to create a secure fixing within suitable timber or board.
Their external shape helps resist rotation after installation. Depending on the exact design, they may be driven or pressed into a correctly prepared hole.
D nuts can be used for:
- Furniture-leg attachment
- Removable feet
- Bolted frame components
- Headboard and bed fittings
- Suitable production furniture
Check the fitting’s external dimensions as well as its internal thread. Two D nuts with the same M8 or M10 internal thread can still require different installation holes.
Fit the nut squarely. Installing it at an angle can damage the timber and make the attached bolt difficult to align.
T Nuts or D Nuts: Which Should You Use?
Both fittings create an internal furniture thread, but their installation and holding methods differ.
A T nut has a broad flange and gripping prongs. It is often fitted from the back of the timber so tightening the bolt pulls the flange against the frame.
A D nut is inserted into a prepared hole and relies on its external form to resist movement and rotation.
The best choice depends on:
- Furniture design
- Direction of the load
- Access to the reverse of the timber
- Timber thickness
- Hole position
- Existing production method
- Whether a damaged original fixing is being replaced
When repairing furniture, replacing the original fitting with the same type is normally the most straightforward solution, provided the surrounding timber remains sound.
Three-Point Fixing Nuts
Three-point fixing nuts provide another threaded-anchor arrangement for suitable furniture and timber applications.
Their fixing points help locate the component and resist turning when a threaded leg, bolt or stud is installed.
Measure the thread and the complete fixing footprint before replacing an existing fitting.
Check that the timber has sufficient area and thickness to accept all fixing points without splitting near an edge.
Angled Furniture-Leg Brackets
Angled leg brackets allow compatible threaded furniture legs to be fitted at a deliberate outward angle.
They can be used on chairs, sofas, footstools and other furniture where splayed legs form part of the design.
Before fitting an angled bracket, check:
- Thread size
- Bracket angle
- Mounting-plate dimensions
- Screw-hole positions
- Direction of the leg
- Available timber thickness
- Clearance from upholstery and frame components
- Finished stability of the furniture
All brackets should be installed consistently. One bracket facing in the wrong direction can leave a leg pointing somewhere between Georgian elegance and a shopping trolley.
The bracket must be fixed to a structurally suitable part of the frame. Thin base board, base cloth and upholstery layers are not appropriate load-bearing fixing points.
For compatible furniture legs and feet, browse the wider Feet, Castors and Glides range.
Wood-to-Metal Dowel Screws
Wood-to-metal dowel screws have a wood-screw thread at one end and a machine thread at the other.
They can be used to attach compatible furniture legs, feet or components to timber where a projecting metric thread is required.
The wood-threaded end is installed into the timber, leaving the machine thread available to receive a nut, insert or threaded furniture component.
Check:
- Metric thread size
- Overall length
- Wood-thread length
- Machine-thread length
- Pilot-hole requirement
- Timber condition
- Required projection
- Direction of installation
Drill an appropriate pilot hole where required. A hole that is too small can split the timber, while an oversized hole may provide insufficient grip.
Take care not to damage the machine thread while installing the screw. Use an appropriate method rather than gripping and crushing the thread with ordinary pliers.
Serrated Plastic Washers
Serrated plastic washers can be used with suitable furniture-leg and threaded fixing arrangements.
The serrated surface may help resist unwanted movement while the plastic construction separates or protects adjoining components.
Check the central hole diameter, outside diameter and thickness before ordering.
A washer should sit flat and should not be used to compensate for a badly aligned, damaged or unsuitable primary fixing.
Furniture Hinges and Mechanisms
Browse furniture hinges and mechanisms for ottomans, storage stools, recliners, rocking furniture and other moving upholstered components.
The current range includes:
- Spring-loaded ottoman and stool hinges
- Gas-strut hinges
- Sprung ottoman hinges
- Recliner cables and pull levers
- Rocker springs
Moving furniture hardware must be selected particularly carefully. Dimensions, orientation and operating movement can be as important as the general product type.
Ottoman and Storage-Stool Hinges
Ottoman hinges allow a lid or upholstered seat to open and close on storage furniture.
Spring-loaded or sprung designs can assist movement and may help control or support the lid, depending on the mechanism and installation.
They can be used on suitable:
- Storage ottomans
- Upholstered blanket boxes
- Lift-up footstools
- Storage benches
- Window-seat storage
- Furniture with hinged upholstered lids
Before ordering, check:
- Whether hinges are supplied singly or as a pair
- Overall dimensions
- Left- and right-hand orientation
- Opening angle
- Spring strength
- Mounting-hole positions
- Available internal clearance
- Lid weight and dimensions
- Frame and lid construction
The hinge must be attached to sound structural material in both the box and lid.
The upholstered lid may become significantly heavier once timber, foam and covering material have been added. Test the mechanism using the completed or accurately represented lid weight rather than an empty piece of board.
Positioning Ottoman Hinges
Both hinges should be mounted squarely and at matching positions.
Temporary trial fitting can help establish:
- Closed-lid alignment
- Required clearance around upholstery
- Opening angle
- Spring action
- Whether the lid remains stable
- Whether the mechanism catches internal contents
- Where fingers could become trapped
Do not place upholstery fabric, lining cloth or loose filling where it can become caught in the hinge.
Suitable stops or additional support may be required where the mechanism itself is not designed to limit the final opening position.
Gas-Strut Hinges
Gas-strut hinge fittings can assist the movement of suitable lift-up furniture sections.
Correct performance depends on the geometry of the complete installation, including the position of the pivot, mounting points and weight of the moving section.
A visually similar gas fitting may not provide the same force or movement.
Before replacing or installing one, confirm:
- Extended and closed dimensions
- Mounting-hole positions
- Operating direction
- Required force or rating where provided
- Lid or panel weight
- Opening angle
- Available internal space
- Number of fittings required
- Suitable installation orientation
Do not drill permanent mounting holes until the proposed movement has been checked carefully.
Gas-strut and spring-assisted mechanisms can move suddenly. Keep fingers clear and support the moving section during trial installation.
Recliner Cables and Pull Levers
A recliner cable and pull lever transfers the user’s movement from the handle to the release mechanism within a compatible chair or sofa.
Replacement controls must match the original mechanism.
Check:
- Total cable length
- Exposed inner-cable length
- End-fitting shape
- Lever or handle design
- Mounting-hole positions
- Cable-entry direction
- Existing recliner mechanism
- Required travel
A cable that is too short may keep the mechanism under tension or fail to reach. A cable that is too long may not release the recliner correctly.
Compare the complete old component before ordering and photograph its routing before removal.
Keep the cable away from sharp edges, moving metalwork, springs and areas where it may be crushed when the recliner operates.
Rocker Springs
Rocker springs are used within compatible rocking-chair and furniture mechanisms.
They should be selected as replacement components only after checking the existing arrangement and dimensions.
Inspect the surrounding mechanism for:
- Cracked or distorted brackets
- Elongated fixing holes
- Loose fasteners
- Corrosion
- Uneven wear
- Frame damage
- Failure of the corresponding spring
Replacing one visibly broken spring may not correct the problem where the mechanism or matching component is also worn.
Moving and spring-loaded furniture parts can store considerable force. Support the furniture securely and take care when dismantling or releasing the mechanism.
Choosing the Correct Furniture Fixing
Begin by identifying the job the component performs.
Ask whether the fitting must:
- Carry weight
- Resist rotation
- Join two removable sections
- Create a threaded timber fixing
- Allow movement
- Hold a headboard upright
- Attach a furniture leg
- Assist a lift-up lid
- Release a recliner
- Align a removable panel
Then record the complete specification.
Useful measurements include:
- Overall length and width
- Material thickness
- Hole diameter
- Hole-centre spacing
- Thread diameter
- Thread pitch
- Fixing depth
- Bracket angle
- Closed and open dimensions
- Required movement
- Left- or right-hand orientation
- Quantity used on the original furniture
A clear photograph beside a ruler can be useful, but it should supplement accurate measurements rather than replace them.
Replacing Existing Furniture Hardware
Where an existing component has failed, remove and inspect it before ordering wherever practical.
Look for model numbers, stamped markings and manufacturer references. Clean away dirt carefully so identification marks can be read.
Also inspect why the component failed.
Possible underlying problems include:
- Loose frame joints
- Split timber
- Misaligned fixing points
- Missing screws or bolts
- Excessive loading
- Distorted mechanisms
- Corrosion
- Uneven paired components
- An incorrectly fitted previous replacement
A new fitting installed into the same damaged timber or misaligned mechanism may fail again.
Where only one component in a pair has broken, compare both sides. Replacing the pair may provide more consistent movement where the remaining fitting is equally old or worn.
Checking Furniture Frame Condition
Fixings and brackets rely on the material around them.
Before installation, inspect timber and board for:
- Cracks
- Splits
- Enlarged holes
- Loose laminations
- Crumbling particle board
- Water damage
- Previous repair work
- Protruding fasteners
- Insufficient thickness
A larger screw is not always an appropriate repair for a damaged fixing hole. The furniture may require a timber insert, strengthening block, replacement rail or more extensive structural work.
Do not attach load-bearing brackets solely to thin fibreboard, hardboard or decorative panels unless the furniture design and fitting are specifically intended for it.
Pilot Holes and Fixing Screws
Use fixing screws that suit the bracket, timber and intended load.
A screw should fit the bracket hole correctly. A head that is too small may pull through, while an oversized countersunk head can distort a flat bracket.
Pilot holes can reduce the risk of splitting timber and help position screws accurately, particularly near frame edges or in harder wood.
The correct pilot-hole size depends on the screw and material. It should allow the threaded portion to grip without forcing the timber apart.
Avoid overtightening. A power driver can strip a timber hole or distort a lightweight bracket remarkably efficiently and then sit there looking innocent.
Finish tightening critical fittings with appropriate control.
Matching Threaded Components
Threaded furniture components must match in diameter and thread form.
An M8 nut needs a compatible M8 bolt or stud. An M10 component needs M10.
Do not mix metric and imperial hardware based on approximate appearance. A partly compatible thread may begin to engage and then bind or damage both components.
Where resistance is encountered:
- Stop turning
- Check alignment
- Confirm the thread
- Inspect for damage
- Remove dirt or paint
- Do not force the connection
Start bolts by hand wherever possible before using a spanner or powered tool.
Furniture Hardware Safety
Furniture mechanisms, hinges and loaded components can cause injury if they move unexpectedly.
When installing or repairing them:
- Support lids and moving furniture sections
- Keep fingers clear of pinch points
- Release spring tension carefully
- Use suitable eye protection
- Stabilise the furniture before working
- Keep children and bystanders away
- Do not work beneath an unsupported component
- Check all fixings before testing
- Operate the mechanism slowly at first
Furniture intended for use by others should be fully inspected after repair. Confirm that moving parts operate smoothly and that brackets, bolts and fixing points remain secure under normal use.
Where the furniture is commercial, medical, powered, safety-critical or subject to a manufacturer’s servicing requirements, specialist assessment may be necessary.
Related Furniture-Making Supplies
Furniture fixings and brackets are frequently used alongside other Livedale ranges.
Browse wooden and metal furniture feet for compatible legs, feet, castors and glides.
Explore professional upholstery tools for measuring, drilling, gripping and general furniture-repair equipment.
Our upholstery staples and tacks include fasteners for securing fabric, hessian, base cloth and other upholstery materials.
Browse upholstery springs and webbing for furniture seat and back support systems.
Explore the complete Workroom Supplies hub for adhesives, sewing threads, piping cord, tapes, packaging and other furniture-making sundries.
Trade Furniture Fixings and Brackets
Livedale supplies furniture brackets, headboard struts, threaded fixings, hinges and mechanisms to professional upholsterers, furniture manufacturers, bed and headboard makers, repair workshops and other trade customers throughout the UK.
Approved trade customers can access preferential trade pricing across eligible products after registering for a trade account.
Browse the categories above to find the correct furniture fixing, bracket or mechanism for your next manufacturing, assembly or repair project.