Choosing a new floor involves much more than selecting a colour.
Flooring type, subfloor condition, installation method, moisture,
durability, maintenance and the way a room is used can all affect
the final result. This guide explains the major flooring options
available in Melbourne and the practical factors to consider before
buying or installing a new floor.
Melbourne homeowners can choose from several major flooring
categories. Each behaves differently in terms of moisture,
impact resistance, acoustics, installation method, maintenance
and appearance.
A rigid floating floor typically built around a composite core
with a decorative surface and protective wear layer. Hybrid is
popular in residential applications because it combines easy
maintenance with good dimensional stability and moisture resistance.
Laminate uses a high-density core with a printed décor layer and
durable surface coating. It is generally installed as a floating
floor and is commonly chosen for value, scratch resistance and
realistic timber visuals.
Engineered timber combines a real timber wear layer with a
multi-layer structural core. It provides the appearance and feel
of natural timber while offering improved dimensional stability
compared with many traditional solid timber applications.
Herringbone and chevron floors use shorter timber boards arranged
in geometric patterns. Correct layout, adhesive selection and
subfloor preparation are particularly important for these installations.
Bamboo flooring is manufactured from compressed bamboo fibres
rather than traditional timber boards. Depending on the product,
it can provide a hard and durable surface with distinctive grain
characteristics.
Carpet provides softness, thermal comfort and acoustic absorption.
Fibre type, pile construction, density, underlay and intended use
all affect how a carpet performs.
There is no single flooring type that is best for every home.
The right choice depends on the room, household, subfloor,
budget and the performance characteristics that matter most to you.
This comparison is a general guide. Individual products can perform
differently, so always check the technical specifications and
installation instructions for the exact flooring range being considered.
| Flooring Type | Typical Installation | Moisture Resistance | Scratch Resistance | Key Advantage |
|---|---|---|---|---|
| Hybrid | Floating | High* | Good–High* | Low-maintenance everyday flooring |
| Laminate | Floating | Varies by product | High* | Strong value and surface durability |
| Engineered Timber | Floating or glue-down | Moderate | Varies by coating/species | Real timber surface |
| Bamboo | Floating* | Moderate | Good–High* | Hard surface and distinctive appearance |
| Vinyl / LVP | Glue-down* | High* | Varies by wear layer | Low-profile resilient floor |
| Carpet | Stretch / direct installation system | Low | Not directly comparable | Comfort, warmth and acoustics |
The installation method can affect how a floor feels underfoot, how it
handles movement, how easily it can be repaired and what subfloor
preparation is required. The correct method depends on the flooring
product, manufacturer requirements and the condition of the substrate.
A floating floor is not permanently bonded to the subfloor. The boards
connect to each other and sit over an approved underlay or attached pad.
Glue-down flooring is bonded directly to the prepared substrate using
an adhesive system approved for the flooring product and site conditions.
A high-quality floor can still perform poorly if it is installed over an
unsuitable substrate. Flatness, stability, moisture, cleanliness and
structural condition should be checked before installation begins.
Check the substrate for movement, damage, contamination, cracks and
obvious high or low areas.
Assess flatness and levels using appropriate measuring equipment and
compare the result with the flooring manufacturer’s requirements.
Grinding, patching or self-levelling compounds may be required where
the substrate is outside the permitted tolerance.
The prepared substrate should be checked again before the flooring
installation starts.
Levelling does not necessarily mean making the entire floor perfectly
horizontal. In flooring work, the key objective is usually to create a
sufficiently flat and stable surface for the selected flooring system.
Grinding is commonly used to reduce isolated high spots, remove
contamination or improve transitions between areas.
Self-levelling or smoothing compounds can be used to fill low areas and
improve substrate flatness when applied over a suitably prepared and
primed surface.
Key distinction:
“Level” and “flat” are not the same thing. A floor can be slightly sloped
but still be flat enough for installation. Flooring manufacturers usually
focus primarily on flatness tolerance and substrate suitability.
Moisture can affect adhesives, timber-based flooring, coatings and
dimensional stability. Concrete slabs and timber substrates should be
assessed where required before installation, particularly for glue-down
systems and moisture-sensitive products.
New or existing concrete can contain moisture that is not visible at the
surface. Where required, moisture testing should be carried out using a
method appropriate to the flooring and adhesive system.
Particleboard, plywood and timber substrates can move with moisture
changes. Their condition, ventilation and moisture content should be
considered before installing sensitive flooring systems.
In some cases, yes. The existing surface must be stable, clean, sufficiently
flat and compatible with the new flooring system. Door clearances, finished
floor height and transitions also need to be considered.
| Existing Surface | Can It Sometimes Stay? | Main Considerations |
|---|---|---|
| Tiles | Yes |
Tiles must be secure and reasonably flat. Grout lines, height differences and transitions may require preparation. |
| Concrete | Yes | Flatness, cracks, contamination and moisture conditions must be checked. |
| Existing Timber | Sometimes | Movement, squeaks, stability, ventilation and compatibility must be assessed. |
| Carpet | No for hard flooring | Carpet and soft underlay are generally removed before hard flooring installation. |
| Old Vinyl | Sometimes | Condition, adhesion, flatness and product compatibility must be confirmed. |
Underlay can provide acoustic separation, cushioning, thermal performance
and support for a floating floor system. The correct type depends on the
flooring product and installation environment.
Stair installations require more detailed cutting and finishing than
standard floor areas. Nosing profiles, tread dimensions, substrate
condition and product suitability should all be considered.
No. A flooring product described as waterproof does not remove the
waterproofing requirements that apply to the building elements beneath
and around it.
Pet-friendly flooring should balance scratch resistance, moisture
resistance, comfort, traction and ease of cleaning. No flooring is
completely scratch-proof, so product construction and surface finish
matter more than marketing labels alone.
Often a practical choice for pets because many hybrid products combine
moisture-resistant construction with durable wear layers and easy cleaning.
Many laminate floors provide strong surface abrasion resistance, although
water resistance varies significantly between products.
Real timber provides a premium natural surface, but claws, grit and
furniture movement can mark the coating or timber depending on species
and finish.
In busy homes, durability is only one part of the decision. Cleaning,
acoustics, comfort, slip characteristics and how easily damage can be
repaired should also be considered.
Smooth hard floors are generally easier to sweep and mop after everyday
spills, crumbs and pet hair.
Carpet offers greater softness and sound absorption, while hard floors
may benefit from acoustic underlay where the flooring system allows it.
Look beyond the product name and compare the actual wear layer, surface
rating, warranty conditions and intended use classification.
Scratch resistance and dent resistance are different properties. A floor
can resist indentation well while still showing surface scratches, or have
a durable coating over a comparatively softer core.
Scratch resistance mainly relates to the surface coating, wear layer,
finish and how abrasive particles interact with the floor.
Dent resistance refers more closely to how the material responds to
concentrated pressure or impact from furniture, heels or dropped objects.
The Janka test measures a timber species’ resistance to indentation.
It is commonly used to compare the hardness of different timbers, but it
should not be treated as a direct measure of scratch resistance.
AC ratings are used to communicate the abrasion and wear performance of
laminate flooring. Higher classifications are generally intended for
heavier traffic conditions, although suitability should always be checked
against the specific manufacturer’s product documentation.
The term wear layer refers to the surface layer designed to protect the
decorative or structural layer beneath it. How it is measured depends on
the flooring category.
Wear layers are commonly described by thickness or product-specific
performance classifications.
The timber veneer or lamella thickness influences how much real timber
is available above the structural core.
Laminate performance is usually described through its protective overlay,
abrasion classification and manufacturer specification rather than a
timber-style veneer thickness.
Many flooring products change dimension as temperature and moisture
conditions change. Expansion allowance helps prevent the floor from being
trapped against walls, cabinetry or other fixed objects.
Expansion space is generally left around walls and fixed vertical
structures, then concealed by skirting, scotia or another approved profile.
Large floor areas, long runs or particular product systems may require
additional movement joints within the floor. Manufacturer instructions
determine when these are necessary.
Perimeter finishing is both visual and functional. The selected detail
should conceal required movement space without restricting normal floor movement.
Skirting can be installed or reinstalled over the flooring perimeter to
conceal expansion space and provide a traditional wall-to-floor finish.
Scotia is a small trim fixed around the perimeter when existing skirting
remains in place. It covers the expansion gap without removing the skirting.
Flexible sealants are useful in selected finishing situations, but rigidly
sealing a floor that needs movement space can interfere with its ability
to expand and contract.
Correct maintenance helps preserve appearance, performance and warranty
coverage. Always follow the care instructions supplied for the exact product.
Sweep or vacuum regularly because loose grit can act like an abrasive
under footwear and furniture.
Promptly remove spills using a method suitable for the flooring product
rather than allowing liquid to sit unnecessarily.
Use suitable protective pads and avoid dragging heavy furniture directly
across the floor.
Cleaning products and equipment should be compatible with the flooring
manufacturer’s warranty requirements.
Flooring problems are not always caused by the floorboard itself.
Installation, moisture, site conditions, maintenance and building movement
can all affect how a finished floor performs.
Possible causes include insufficient expansion allowance, moisture,
restricted movement, unsuitable substrate conditions or installation issues.
Timber and timber-related flooring may show gaps as moisture content and
relative humidity change. Seasonal movement can be normal within appropriate limits.
Possible causes include substrate movement, uneven surfaces, structural
movement or interactions between flooring components.
Grit, pet claws, furniture movement and hard debris can mark the surface
even when a product is marketed as scratch-resistant.
Timber distortion can relate to moisture imbalance, environmental changes
or conditions affecting different parts of the board.
Excessive movement, moisture exposure, damaged locking systems or poor
substrate conditions may contribute to joint-related problems.
The final cost of a flooring project depends on much more than the price
per square metre of the product. Installation method, floor preparation,
removal work, stairs, trims, access and site conditions can all affect
the total project cost.
Product cost varies according to construction, thickness, surface finish,
timber species, wear layer, brand and warranty.
Floating installation, glue-down installation and patterned layouts such
as herringbone require different levels of labour, materials and preparation.
Grinding, patching, moisture treatment and levelling can add significantly
to project cost when the existing substrate is outside the required tolerance.
Removing carpet, tiles, laminate, timber or other existing floor coverings
can involve additional labour, disposal and preparation work.
Stair nosing, skirting, scotia, trims and transition profiles involve
additional cutting, finishing and material.
Apartments, restricted parking, upper levels, furniture movement and
difficult delivery access can affect labour and logistics.
Different rooms place different demands on flooring. Moisture exposure,
traffic, acoustics, comfort and cleaning requirements should all influence
the final choice.
Hybrid, laminate, engineered timber and carpet can all work well depending
on the desired balance of durability, appearance and comfort.
Carpet is popular for softness and acoustic comfort, while timber-look
hard floors provide easy cleaning and visual continuity.
Moisture resistance and easy cleaning are usually priorities. Product
suitability should be confirmed before installation.
Acoustic performance becomes more important upstairs, particularly in
multi-storey homes and apartments.
Durability, maintenance requirements, replacement cost and appearance
are often key considerations.
Durable surfaces, straightforward cleaning and moisture resistance are
commonly prioritised, while traction and comfort should also be considered.
Indoor temperature and humidity can change throughout the year, and
timber-based flooring responds to changes in moisture conditions.
Installation and ongoing care should allow for normal dimensional movement.
Timber and timber-related flooring can expand when moisture content rises
and shrink when conditions become drier. This is why correct expansion
allowance, acclimatisation where required and stable indoor conditions are important.
Direct sunlight, heating, cooling and ventilation can also create localised
differences across a floor. Manufacturer instructions should be followed
for the exact product and installation system.
Flooring in apartments may need to satisfy acoustic requirements in addition
to the flooring manufacturer’s installation instructions. Impact sound from
footsteps and hard flooring can transfer through the floor structure to
neighbouring apartments.
Carpet naturally absorbs more impact sound than many hard flooring
finishes. When carpet is replaced with timber, laminate, hybrid or other
hard flooring, an appropriate acoustic system may be needed to control
impact noise.
These answers cover common questions we hear from Melbourne homeowners
comparing flooring products, installation methods and floor preparation.
There is no single best flooring type for every Melbourne home.
Hybrid and laminate are often chosen for low-maintenance living,
engineered timber for a real timber finish, carpet for softness and
acoustics, and vinyl / LVP for low-profile resilient applications.
Many hybrid products use water-resistant or waterproof core materials,
but performance claims vary by manufacturer. Waterproof flooring does
not replace building waterproofing requirements in bathrooms and other wet areas.
Some laminate products offer enhanced water resistance, while others
are more moisture-sensitive. Always check the exact product specification
and warranty conditions.
Hybrid generally uses a rigid composite core and is commonly selected
where moisture resistance is a priority. Laminate typically uses a
high-density fibreboard core with a decorative layer and protective overlay.
Yes. Engineered timber has a genuine timber surface layer bonded to
a multi-layer structural core.
LVP stands for Luxury Vinyl Plank. It is a resilient flooring product
designed to replicate timber or other decorative finishes and is commonly
installed using adhesive systems.
SPC usually refers to Stone Plastic Composite or Stone Polymer Composite
flooring. It uses a rigid mineral-filled core and is common in hybrid
flooring products.
That depends on the flooring system. Floating laminate, engineered timber
and some other systems may require approved underlay. Some hybrid products
include an attached pad. Glue-down systems generally use adhesive instead
of traditional floating-floor underlay.
In some situations, yes. Existing tiles must be stable, clean and sufficiently
flat. Finished floor height, grout lines, transitions and manufacturer
requirements should also be considered.
Many flooring systems can be installed over concrete when the slab is
suitable. Flatness, surface condition, cracks and moisture should be
assessed before installation.
The important requirement is usually flatness rather than making the
entire floor perfectly horizontal. The substrate must meet the tolerances
specified by the flooring manufacturer.
Floating floors connect to each other and are not fully bonded to the
substrate. Glue-down flooring is adhered directly to the prepared subfloor.
Product type, site conditions and manufacturer requirements determine
which method is appropriate.
Many pet owners choose hybrid or laminate because they can offer durable
surfaces and straightforward cleaning. No floor is completely scratch-proof,
so claw maintenance, mats and regular cleaning remain important.
Janka measures a timber species’ resistance to indentation. A higher Janka
value generally indicates greater resistance to denting, but it is not a
direct measurement of surface scratch resistance.
Timber and timber-related flooring respond to changes in moisture and
relative humidity. More humid conditions can increase moisture content
and cause expansion, while drier conditions can cause shrinkage and gapping.
Expansion gaps provide space for normal dimensional movement. Without
enough allowance, the floor may become restricted against walls or fixed
objects and develop performance problems.
Caulking may be appropriate in selected finishing details, but it should
not prevent required floor movement. The flooring system’s expansion
requirements must always be maintained.
Skirting is the larger trim fixed to the base of the wall. Scotia is a
smaller profile often used when existing skirting remains in place and
an expansion gap needs to be concealed.
Installation time depends on area size, product type, pattern, floor
preparation, stairs, furniture and access. Subfloor preparation can add
significant time where grinding, patching or levelling is required.
Possible causes include restricted expansion, moisture, unsuitable
substrate conditions, installation issues or fixed objects preventing
the floor from moving normally.
Timber can shrink during drier conditions and expand when humidity rises.
Seasonal gapping can occur depending on timber species, board width,
installation conditions and indoor climate.
Regular vacuuming, prompt treatment of spills and stains, suitable entrance
matting and periodic professional cleaning are key parts of carpet maintenance.
Always follow the manufacturer’s care and warranty instructions.
This guide is reviewed using practical experience from residential and
commercial flooring projects in Melbourne, together with manufacturer
installation requirements and Australian flooring industry guidance.
Product specifications and installation requirements can change, so the
exact manufacturer documentation should always be checked before installation.
Technical statements in this guide are supported where appropriate by
Australian flooring industry guidance, building requirements and product-specific
manufacturer instructions.
ATFA explains that timber hardness relates to resistance to indentation
and that Janka is the commonly used hardness test.
View ATFA reference
ATFA explains how moisture and relative humidity cause timber-related
flooring products to expand and why movement allowance is required.
View ATFA reference
ATFA provides guidance on seasonal movement, moisture conditions and
factors that influence gaps between timber floorboards.
View ATFA reference
Carpet Institute guidance covers regular vacuuming, spot treatment,
maintenance planning and professional corrective cleaning.
View Carpet Institute reference
NCC requirements distinguish between waterproof and water-resistant
building elements in wet areas. Flooring product claims do not replace
applicable building waterproofing requirements.
View NCC
Last reviewed: September 2026.
This guide is updated as flooring products, installation requirements and
industry guidance change.