Interior Material Atlas | Floor5 Surface Behaviour Library

FLOOR5 MATERIAL ATLAS

A living reference for surface behavior, chemistry, and care.

Materials are not passive.
They absorb, resist, age, and respond.
Care begins with understanding these behaviors.

NATURAL STONES

The Living Foundations of Luxury

Formed by geology. Defined by chemistry. Preserved through understanding.

Natural stone is not inert.
It breathes, absorbs, reacts, and records time.

The Floor5 Material Atlas approaches stone not by appearance, but by behavior.

Care begins here.

Marble — The Living Stone

Material Profile

Metamorphic stone composed primarily of calcium carbonate.

Characterised by luminous veining, softness underfoot, and high chemical sensitivity.

Surface Behaviour

Porosity: Moderate
Chemical Sensitivity: High (acid-reactive)
Finish Stability: Sensitive to alkaline residue and abrasion
Aging Pattern: Develops patina through micro-etching and wear

Care Alignment (Floor5 Philosophy)

Marble must be cleaned without reaction, not stripped into neutrality.

Neutral pH systems (5.5–6.5)
Low-foam, non-film-forming surfactants
No acids, no vinegar, no bleach
Immediate drying after wet care

Scent & Surface Interaction

Marble retains base and mid notes longer due to micro-porosity.
Volatile citrus top notes dissipate quickly.
Oil-heavy or resinous compositions may darken pores over time.

Marble rewards restraint.
Excess is recorded permanently.

Common Failure Modes

Acid etching (cosmetic, irreversible)
Dulling of polish from alkaline cleaners
Micro-abrasion from grit
Darkening from oil-heavy formulations

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QUARTZITE — Sparkle of Stone

Care Alignment (Floor5 Philosophy)

Quartzite prefers balance over force.

Strictly pH-balanced systems
Microfibre wiping
No abrasive powders or harsh alkalines

Material Profile

Metamorphosed sandstone rich in silica.

Harder than marble, visually luminous, chemically less forgiving than assumed.

Surface Behaviour

Porosity: Low–Moderate
Chemical Sensitivity: Medium (alkaline sensitivity)
Finish Stability: High with correct care
Aging Pattern: Streaking from incompatible cleaners

Scent & Surface Interaction

Moderate scent retention.
Warm mids and soft resins linger gently.
Top notes dissipate cleanly.

Common Failure Modes

Whitening from alkaline products
Soap streaking
Residue-induced dullness

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Common Failure Modes

Mineral film buildup
Loss of reflective clarity
Trapped cleaner residue in micropores

Scent & Surface Interaction

Low absorption — scent remains largely airborne.
Earthy, resinous bases feel most balanced.
Sharp citruses can feel disconnected.

Care Alignment (Floor5 Philosophy)

Granite benefits from precision removal, not surface enhancement.

Non-ionic surfactants
Gentle chelation for mineral residue
No waxes, silicones, or shine agents

Surface Behaviour

Porosity: Low, but present at micro level
Chemical Sensitivity: Moderate
Finish Stability: High
Aging Pattern: Clouding from residue accumulation

Material Profile

Igneous stone formed under extreme heat and pressure.

Dense, crystalline, and structurally robust — but not chemically indifferent.

GRANITE — The Crystalline Frame

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TRAVERTINE — The Porous Archive

Material Profile

A sedimentary limestone formed through mineral spring deposits.

Characterised by visible voids, linear movement, and high porosity — expressive, but structurally exposed.

Surface Behaviour

Porosity: High (open pores, often filled)
Chemical Sensitivity: High
Finish Stability: Low–Moderate (finish dependent)
Aging Pattern: Patina through absorption, darkening, and edge wear

Scent & Surface Interaction

High absorption — scent transfer is direct and lasting.
Light floral and citrus notes dissipate quickly.
Heavy oils and resins risk pore darkening and uneven tonality.

Travertine remembers everything.
Care must be deliberate.

Common Failure Modes

Staining through open pores
Etching from acidic or reactive cleaners
Discoloration beneath failed fillers
Residue accumulation in voids and joints

Care Alignment (Floor5 Philosophy)

Travertine requires containment and respect, not saturation.

Neutral pH systems only and Minimal liquid exposure
No acids, no solvents, no aggressive surfactants
Immediate drying after cleaning
Avoid flooding, soaking, or over-wet mopping

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LIMESTONE — The Quiet Foundation

Care Alignment (Floor5 Philosophy)

Limestone demands non-interventionist maintenance.

Neutral pH formulations only
No acids, no vinegar, no bleach
No abrasive tools or powders
Dry surfaces promptly after cleaning

Common Failure Modes

Acid etching (often mistaken for stains)
Surface powdering under abrasive care
Uneven darkening from oils and residues
Loss of uniformity through incompatible cleaners

Scent & Surface Interaction

Moderate absorption.
Subtle, low-oil compositions perform best.
Overly rich or resinous scents can linger unevenly.

Limestone does not ask to be enhanced.
It asks to be left intact.

Surface Behaviour

Porosity: Moderate–High
Chemical Sensitivity: High (acid-reactive)
Finish Stability: Low
Aging Pattern: Soft wear, tonal variation, surface dulling

Material Profile

Sedimentary stone composed primarily of calcium carbonate.

Matte, understated, and chemically delicate — visually calm, structurally sensitive.

ENGINEERED & COMPOSITE SURFACES

The Precision-Built Planes of Contemporary Living

Formed by design. Bound by chemistry. Stabilised through control.

Engineered and composite surfaces are not shaped by geology, but by formulation.

They rely on binders, resins, polymers, and compression — not time. Their strength lies in uniformity.

The Floor5 Material Atlas approaches engineered surfaces not by durability claims, but by chemical compatibility and restraint.

Care here is about preserving intent, not correcting damage.

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ENGINEERED QUARTZ — The Controlled Stone

Care Alignment (Floor5 Philosophy)

Neutral-pH, residue-free systems only
No alkaline boosters or degreasers
Low-moisture wiping; no soaking
Microfibre discipline over mechanical force

Common Failure Modes

Resin whitening from alkaline exposure
Surface dulling from repeated residue buildup
Thermal shock discoloration
Gloss loss misread as “scratching”

Material Profile

Man-made composite of crushed quartz bound with polymer resins.

Engineered for uniformity, colour control, and predictable performance.

Appears stone-like. Behaves chemically synthetic.

Surface Behaviour

Porosity: Low (non-porous matrix, resin-dependent)
Chemical sensitivity: Medium–High (resins react before minerals)
Finish stability: High under neutral conditions
Aging pattern: Binder degradation precedes visible surface wear

Scent & Surface Interaction

Low scent absorption.
Top notes disperse quickly; base notes remain atmospheric, not surface-bound.

Best suited to light, dry, architectural scent profiles.

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SINTERED & ULTRA-COMPACT SURFACES — The Compressed Plane

Common Failure Modes

Residue ghosting mistaken for staining
Soap film buildup on matte finishes
Abrasion from aggressive pads (micro-sheen distortion)

Care Alignment (Floor5 Philosophy)

Minimalist cleaning cycles
Residue elimination over “cleaning power”
No polishing agents or enhancers
Dry buffing to reset surface clarity

Scent & Surface Interaction

Negligible absorption.
Scent exists purely in ambient space, not on the surface.

Allows olfactive clarity without material interference.

Surface Behaviour

Porosity: Ultra-low
Chemical sensitivity: Low
Finish stability: Extremely high
Aging pattern: Minimal visible change; failures are usually surface deposits

Material Profile

Mineral powders fused under extreme heat and pressure.
No resins. No binders. Structure is entirely mineral.

Designed for visual permanence and extreme tolerance.

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Care Alignment (Floor5 Philosophy)

Gentle, balanced systems only
No reaction-driven “deep cleaning”
Moisture control is critical
Care focused on matrix preservation

TERRAZZO & CEMENTITIOUS COMPOSITES — The Bound Aggregate

Common Failure Modes

Etching from acidic or alkaline imbalance
Patchy dullness
Moisture shadowing
Aggregate exposure through over-cleaning

Material Profile

Stone chips or aggregates suspended in cementitious or resin matrices.

Visually expressive. Chemically heterogeneous.

Surface behaviour depends on binder more than aggregate.

Surface Behaviour

Porosity: Variable (cement-based higher than resin-based)
Chemical sensitivity: Medium–High (alkaline vulnerability)
Finish stability: Moderate; polish degrades unevenly
Aging pattern: Matrix erosion before aggregate wear

Scent & Surface Interaction

Moderate absorption depending on binder.
Warm, resinous notes may linger subtly.
Sharp citrus or alcohol-heavy profiles dissipate unevenly.

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SOLID SURFACE MATERIALS — The Seamless Polymer

Material Profile

Acrylic or polyester resins blended with mineral fillers.

Designed for seamlessness, repairability, and controlled tactility.

Chemically consistent but mechanically soft.

Surface Behaviour

Porosity: Non-porous
Chemical sensitivity: Medium (resin-led)
Finish stability: Satin finishes most stable
Aging pattern: Micro-abrasion over chemical damage

Scent & Surface Interaction

Minimal absorption.
Scent remains perceptual rather than physical.

Best paired with soft, clean compositions.

Care Alignment (Floor5 Philosophy)

Low-abrasion, residue-free care
No powders, no solvents
Consistent wiping patterns
Finish preservation over “brightness”

Common Failure Modes

Surface haze from residue layering
Scratching mistaken for staining
Gloss imbalance from uneven wiping

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HIGH-PRESSURE LAMINATES (HPL) — The Decorative Skin

Material Profile

Layered paper and resin composites bonded under pressure.
Surface is a protective film — not a structural material.

Performance depends entirely on surface integrity.

Surface Behaviour

Porosity: None (sealed surface)
Chemical sensitivity: Medium (top-layer dependent)
Finish stability: High if unbroken
Aging pattern: Edge failure precedes surface failure

Scent & Surface Interaction

No absorption.
Scent presence is environmental only.
Avoid heavy oil-based formulations near seams.

Common Failure Modes

Swelling from moisture ingress at seams
Surface haze from residue accumulation
Decorative layer wear from abrasion

Care Alignment (Floor5 Philosophy)

Dry-first cleaning approach
No soaking, no edge saturation
Residue elimination over wet cleaning
Care that respects surface boundaries

WOOD SURFACES

The Responsive Architecture of Interior Time

Formed by growth. Defined by grain. Altered by touch.

Wood is not static. It expands, contracts, absorbs, releases, and remembers.

The Floor5 Material Atlas approaches wood not as a finish to be protected, but as a living structure to be stabilised.

Care here is about controlling interaction, not achieving cleanliness.

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ENGINEERED WOOD & VENEER — The Stabilised Layer

Material Profile

Multi-layer construction with a real wood wear layer bonded to engineered substrates.

Designed for dimensional stability and controlled expansion.

Behaves as wood on the surface, and as composite beneath.

Surface Behaviour

Porosity: Moderate (wear layer dependent)
Moisture sensitivity: High at seams
Finish stability: Medium–High if undisturbed
Aging pattern: Finish fatigue before structural change

Scent & Surface Interaction

Low-to-moderate absorption.
Soft woody and resinous notes may settle subtly.

Sharp citrus and alcohol-heavy profiles evaporate quickly and unevenly.

Care Alignment (Floor5 Philosophy)

Dry-first, moisture-minimal cleaning
pH-balanced systems only
No soaking, no steam
Wipe discipline matters more than chemistry strength

Common Failure Modes

Edge swelling from moisture ingress
Veneer lifting or checking
Surface dulling from residue layering
Micro-gaps accentuated by over-wetting

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SOLID HARDWOOD — The Enduring Grain

Material Profile

Single-species timber, cut and finished for structural longevity.

Chemistry varies by species; behaviour varies by grain.

Visually robust. Chemically sensitive.

Surface Behaviour

Porosity: Moderate–High
Moisture sensitivity: High
Chemical sensitivity: High
Aging pattern: Patina formation through oxidation and wear

Scent & Surface Interaction

Moderate absorption.
Base notes may linger within grain.
Over-scenting risks long-term olfactive imprinting.

Care Alignment (Floor5 Philosophy)

Neutral, residue-free care only
Moisture strictly controlled
No degreasers, no acids, no alkalines
Care designed to slow patina, not erase it

Common Failure Modes

Cupping or crowning from moisture imbalance
Finish breakdown from alkaline cleaners
Greying or darkening from oil saturation
Permanent water marking

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Scent & Surface Interaction

Moderate absorption with uneven distribution.
Scent may settle differently across grain directions.
Best paired with restrained, low-oil compositions.

Care Alignment (Floor5 Philosophy)

Extremely low-moisture systems
Uniform wiping direction
No pooling, no dwell time
Care designed for geometry, not speed

Surface Behaviour

Porosity: Moderate
Moisture sensitivity: Very high at joints
Finish stability: Pattern-dependent
Aging pattern: Joint stress precedes surface wear

Material Profile

Complex wood assemblies defined by joints, direction changes, and pattern density.

Chemically identical to wood, mechanically more vulnerable.

Surface integrity depends on joint stability.

PARQUET, HERRINGBONE & INLAY FLOORS — The Composed Surface

Common Failure Modes

Joint swelling and edge lifting
Finish cracking along seams
Pattern distortion from uneven care
Residue buildup in micro-grooves

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BAMBOO — The Compressed Grass

Material Profile

Rapid-growth material processed through compression and resin binding.

Technically grass. Behaves as a hybrid composite.

Hard, but chemically reactive.

Surface Behaviour

Porosity: Low–Moderate
Chemical sensitivity: Medium–High
Moisture sensitivity: High at edges
Aging pattern: Surface brittleness before colour change

Scent & Surface Interaction

Low absorption.
Scent presence remains ambient.

Avoid oil-heavy or solvent-forward profiles.

Care Alignment (Floor5 Philosophy)

Minimal moisture, minimal chemistry
No solvents or alkalines
Light-touch cleaning only
Finish preservation over surface brightness

Common Failure Modes

Delamination from moisture exposure
Surface cracking
Colour instability under chemical stress
Edge swelling and fibre lift

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STAINED, SMOKED & THERMALLY MODIFIED WOOD — The Altered Grain

Material Profile

Wood chemically or thermally altered for colour, durability, or stability.

Natural structure remains; chemistry is changed.

Visually dramatic. Chemically fragile.

Surface Behaviour

Porosity: Variable (often increased)
Chemical sensitivity: High
Finish stability: Lower than untreated wood
Aging pattern: Colour drift under chemical exposure

Scent & Surface Interaction

Moderate absorption.
Dark, resinous notes may settle deeply.
Excess scenting risks long-term olfactive staining.

Common Failure Modes

Patchy fading
Surface dryness or brittleness
Finish breakdown from incompatible cleaners
Irreversible colour shifts

Care Alignment (Floor5 Philosophy)

Ultra-gentle, neutral systems
No “refreshing” agents
Moisture tightly controlled
Care designed to preserve colour integrity

CERAMIC & PORCELAIN SURFACES

The Fired Geometry of Modern Space

Formed by heat. Locked by vitrification. Defined by surface finish.

Ceramic and porcelain surfaces are created through firing, not growth.

Their structure is stabilised by temperature, pressure, and mineral fusion.

They do not absorb like stone.
They do not respond like wood.
They fail primarily at the surface–residue interface, not within the body.

The Floor5 Material Atlas approaches fired surfaces through finish sensitivity, grout behaviour, and residue control.

Care here is about clarity and restraint, not strength.

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PORCELAIN & VITRIFIED TILES — The Densified Surface

Material Profile

High-density ceramic tiles fired at extreme temperatures to achieve near-zero porosity.

Colour and structure are integrated through the body or surface layer.

Chemically stable. Finish-sensitive.

Surface Behaviour

Porosity: Very low
Chemical sensitivity: Low
Finish sensitivity: Medium (especially matte and textured finishes)
Aging pattern: Minimal material change; visible issues are surface-bound

Scent & Surface Interaction

Negligible absorption.
Scent exists only in ambient space.

Heavy oil-based formulations increase slip risk without benefit.

Common Failure Modes

Residue ghosting mistaken for staining
Dulling from detergent film accumulation
Micro-abrasion on matte finishes
Grout discoloration misattributed to tile failure

Care Alignment (Floor5 Philosophy)

Residue-free, low-foam systems
No polishing agents or enhancers
Mechanical restraint over chemical force
Grout treated as a separate care system

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GLAZED CERAMIC TILES — The Sealed Plane

Material Profile

Porous ceramic body sealed with a glass-like glaze.
Performance depends entirely on glaze integrity.

Surface is inert; body beneath is not.

Surface Behaviour

Porosity: Surface non-porous; body porous
Chemical sensitivity: Low on intact glaze
Finish stability: High unless glaze is compromised
Aging pattern: Stable until glaze damage occurs

Scent & Surface Interaction

No absorption through intact glaze.
Scent remains atmospheric.
Avoid solvent-heavy systems that stress glaze edges.

Care Alignment (Floor5 Philosophy)

Non-abrasive systems only
No powders, no scouring agents
Focus on glaze preservation
Controlled drying to prevent water spotting

Common Failure Modes

Glaze micro-scratching leading to haze
Etching from abrasive cleaners
Staining through glaze defects
Edge wear exposing porous body

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Scent & Surface Interaction

No absorption.
Scent presence is spatial only.
Clean, dry olfactive profiles align best.

Care Alignment (Floor5 Philosophy)

Uniform wiping patterns
Minimal moisture application
No pressure concentration at edges
Care designed for scale, not repetition

Surface Behaviour

Porosity: Ultra-low
Chemical sensitivity: Low
Stress sensitivity: High at edges and joints
Aging pattern: Surface clarity loss precedes structural issues

Material Profile

Ultra-thin, large-format porcelain used as continuous surfaces across floors, walls, and counters.

Structurally rigid, visually monolithic.

Failures are geometric, not chemical.

LARGE-FORMAT & SLAB PORCELAIN — The Architectural Sheet

Common Failure Modes

Residue banding along wipe paths
Edge chipping exacerbated by aggressive cleaning tools
Joint ghosting from uneven care
Micro-sheen distortion on matte slabs

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TERRACOTTA & UNGLAZED CLAY TILES — The Open Body

Material Profile

Low-fired clay tiles with high porosity and mineral openness.

Often sealed, but never fully closed.

Visually warm. Chemically vulnerable.

Surface Behaviour

Porosity: High
Chemical sensitivity: High
Finish stability: Dependent on sealant integrity
Aging pattern: Darkening and patina formation

Scent & Surface Interaction

Moderate absorption if unsealed or poorly sealed.
Base notes may lodge within pores.

Over-scenting risks long-term olfactive imprinting.

Care Alignment (Floor5 Philosophy)

Neutral, sealant-compatible systems only
Moisture strictly controlled
No acids, no alkalines
Care designed to preserve patina, not erase it

Common Failure Modes

Oil and water staining
Salt efflorescence
Sealant breakdown
Patchy darkening from incompatible cleaners

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ENCAUSTIC & CEMENT PATTERNED TILES — The Pigmented Matrix

Material Profile

Cement-based tiles pigmented through the body rather than glazed.
Colour is material-deep, not surface-applied.

Porous by nature. Chemically reactive.

Surface Behaviour

Porosity: High
Chemical sensitivity: High
Finish stability: Sealant-dependent
Aging pattern: Colour softening and surface wear

Scent & Surface Interaction

Moderate absorption.
Warm, resinous notes may linger subtly.
Sharp or solvent-forward profiles destabilise sealants.

Common Failure Modes

Acid etching
Colour bleeding or fading
Residue chalking
Uneven wear in traffic zones

Care Alignment (Floor5 Philosophy)

Ultra-gentle, sealant-safe care
No acidic or alkaline systems
Low-moisture wiping only
Care designed to maintain colour integrity

METAL SURFACES

The Reactive Skins of Modern Architecture

Formed by extraction. Defined by alloy. Altered by contact.

Metal surfaces are not inert.
They oxidise, passivate, pit, tarnish, and record chemistry instantly.

Their beauty lies in surface condition —
their failure begins at the molecular interface.

The Floor5 Material Atlas approaches metals through oxidation control, finish preservation, and residue elimination.

Care here is about preventing reaction, not restoring appearance.

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BRASS — The Living Alloy

Material Profile

Iron-based alloy with chromium forming a passive oxide layer.

Strength comes from surface chemistry, not hardness.

Corrosion-resistant, not corrosion-proof.

Surface Behaviour

Porosity: None
Chemical sensitivity: Medium (chlorides, acids, alkalines)
Finish sensitivity: High (brushed and satin finishes)
Aging pattern: Surface film disruption before corrosion

Scent & Surface Interaction

No absorption.
Scent remains ambient only.
Oil-heavy systems increase smear visibility without benefit.

Common Failure Modes

Pitting from chloride exposure
Rainbow discoloration from chemical residues
Micro-scratching mistaken for wear
Passive layer breakdown from aggressive cleaners

Care Alignment (Floor5 Philosophy)

Neutral, chloride-free systems only
Residue elimination over polishing
Directional wiping aligned with grain
Dry finishing to re-stabilise passivation

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BRASS — The Living Alloy

Material Profile

Copper–zinc alloy valued for warmth and tonal depth.
May be lacquered or left raw.

Designed to change. Vulnerable to chemistry.

Surface Behaviour

Porosity: None
Chemical sensitivity: Very high
Finish stability: Lacquer-dependent
Aging pattern: Oxidation and patina formation

Scent & Surface Interaction

No absorption.
Volatile acidic notes may accelerate tarnish.
Olfactive restraint is critical around unlacquered brass.

Care Alignment (Floor5 Philosophy)

Extremely gentle, neutral systems
No acids, no alkalines, no abrasives
Dry-first care preferred
Patina respected, not stripped

Common Failure Modes

Blotchy tarnishing from moisture or acids
Lacquer breakdown
Fingerprint etching
Colour inconsistency from uneven care

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Scent & Surface Interaction

No absorption.
Solvent-forward or alcohol-heavy profiles risk finish damage.
Clean, low-residue compositions preferred.

Care Alignment (Floor5 Philosophy)

pH-neutral systems only
No alkalines, no solvents
Minimal moisture application
Care designed to preserve oxide integrity

Surface Behaviour

Porosity: None
Chemical sensitivity: High (especially alkaline)
Finish stability: High if oxide layer intact
Aging pattern: Colour fade before structural damage

Material Profile

Aluminium treated to create a controlled oxide layer.
Colour and durability are surface-engineered.

Oxide layer is protective — and fragile.

ANODIZED ALUMINIUM — The Engineered Oxide

Common Failure Modes

Etching from alkaline cleaners
Patchy discolouration
Oxide layer breakdown
Irreversible matte spotting

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COPPER — The Reactive Surface

Material Profile

Pure metal with high conductivity and extreme reactivity.
Often left unlacquered to develop patina.

Chemically expressive. Structurally stable.

Surface Behaviour

Porosity: None
Chemical sensitivity: Very high
Finish stability: Low if unsealed
Aging pattern: Rapid oxidation and colour shift

Scent & Surface Interaction

No absorption.
Acidic or citrus-heavy profiles accelerate oxidation.

Scent exposure should be minimal and indirect.

Care Alignment (Floor5 Philosophy)

Minimal intervention
No reactive chemistry
Dry wiping only
Care aligned with patina intent

Common Failure Modes

Accelerated tarnishing
Acid-induced etching
Patchy or uneven patina
Staining from moisture contact

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CHROME-PLATED SURFACES — The Reflective Skin

Material Profile

Thin chromium layer electroplated over base metal.

Performance depends entirely on coating continuity.

Surface strength is visual, not structural.

Surface Behaviour

Porosity: None
Chemical sensitivity: Medium–High
Finish stability: High if plating intact
Aging pattern: Substrate corrosion once plating is breached

Scent & Surface Interaction

No absorption.
Oil-based formulations increase smear visibility.
Scent should never require mechanical removal.

Common Failure Modes

Pitting from moisture ingress
Clouding from residue buildup
Peeling or blistering
Micro-abrasion dulling reflectivity

Care Alignment (Floor5 Philosophy)

Non-abrasive, residue-free systems
No acids or scouring agents
Gentle wiping only
Dry buffing to restore clarity

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PVD-COATED METALS — The Deposited Finish

Material Profile

Physical Vapour Deposition coating applied in ultra-thin layers.

Used for contemporary black, gunmetal, champagne, and bronze finishes.

Durable — but surface-critical.

Surface Behaviour

Porosity: None
Chemical sensitivity: Medium (finish-specific)
Finish stability: Very high if unabraded
Aging pattern: Coating wear before substrate exposure

Scent & Surface Interaction

No absorption.
Solvent-heavy or oil-rich systems compromise coating longevity.
Neutral, low-residue scent profiles only.

Common Failure Modes

Surface scratching
Colour inconsistency from harsh cleaners
Coating thinning from abrasion
Edge wear

Care Alignment (Floor5 Philosophy)

Ultra-gentle, residue-free care
No abrasives, no polishing compounds
Soft cloth discipline
Preservation over shine enhancement

GLASS & MIRROR SURFACES

The Optical Boundaries of Contemporary Space

Formed by fusion. Defined by transparency. Undone by residue.

Glass does not absorb.
It reflects, transmits, and reveals.

Its failures are rarely in the material —
they appear in what remains on the surface.

The Floor5 Material Atlas approaches glass through optical clarity, coating preservation, and residue discipline.

Care here is about leaving nothing behind.

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ARCHITECTURAL CLEAR GLASS — The Neutral Plane

Material Profile

Float glass used for windows, partitions, balustrades, and interior glazing.
Chemically stable, optically unforgiving.

Glass itself is inert; surface contamination is not.

Surface Behaviour

Porosity: None
Chemical sensitivity: Low
Optical sensitivity: Very high
Aging pattern: No material change; visibility amplifies residue over time

Scent & Surface Interaction

No absorption.
Scent presence is environmental only.
Over-fragranced systems increase smear visibility without benefit.

Common Failure Modes

Streaking from surfactant residue
Water spotting from mineral deposits
Smearing from oil-based cleaners
Micro-scratches from abrasive cloths

Care Alignment (Floor5 Philosophy)

Low-residue, fast-evaporating systems
Minimal liquid application
Clean, lint-free wiping tools
Dry finishing to reset optical clarity

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LOW-E, TINTED & COATED GLASS — The Treated Surface

Material Profile

Glass engineered with metallic or oxide coatings to control heat, glare, or privacy.

Performance depends entirely on coating integrity.

Coatings are invisible — and vulnerable.

Surface Behaviour

Porosity: None
Chemical sensitivity: High (coating-specific)
Optical sensitivity: Very high
Aging pattern: Coating degradation before glass failure

Scent & Surface Interaction

No absorption.
Solvent-forward or alcohol-heavy profiles risk coating damage.
Neutral, low-residue compositions only.

Care Alignment (Floor5 Philosophy)

pH-neutral, coating-safe systems only
No ammonia, no solvents
Gentle pressure, no polishing
Care designed to preserve invisible layers

Common Failure Modes

Coating haze from incompatible cleaners
Iridescent staining
Scratching of treated layers
Permanent optical distortion

Scent & Surface Interaction

No absorption.
Fragrance compounds do not bind to surface.
Excess liquid increases edge failure risk.

Care Alignment (Floor5 Philosophy)

Light application, never sprayed directly on edges
Non-ammoniated systems
Dry-first wiping approach
Moisture strictly controlled

Surface Behaviour

Porosity: None
Chemical sensitivity: Medium–High
Edge sensitivity: Very high
Aging pattern: Backing degradation before surface clouding

Material Profile

Glass layered with reflective metallic backing and protective sealants.
Surface clarity depends on edge protection.

Failures often originate from the back, not the front.

MIRRORS (SILVER-BACKED & COPPER-FREE) — The Reflective Depth

Common Failure Modes

Black edge creep from moisture ingress
Desilvering
Clouding from residue film
Scratching from abrasive wiping

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TEXTURED, RIBBED & FLUTED GLASS — The Diffused Plane

Material Profile

Architectural glass manipulated for light diffusion and privacy.

Visual depth comes from surface geometry.

Residue collects where texture exists.

Surface Behaviour

Porosity: None
Chemical sensitivity: Low
Residue sensitivity: High
Aging pattern: Build-up visibility increases unevenly

Scent & Surface Interaction

No absorption.
Heavy oil-based formulations lodge visually within texture.

Dry, clean scent profiles preferred.

Care Alignment (Floor5 Philosophy)

Residue accumulation in grooves
Patchy haze
Uneven optical clarity
Over-cleaning leading to streak concentration

Common Failure Modes

Low-foam, residue-free systems
Controlled wiping aligned to texture
No aggressive brushing
Care designed for geometry, not speed

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BACK-PAINTED & LACQUERED GLASS — The Coloured Plane

Material Profile

Glass finished with paint or lacquer on the reverse face.
Colour stability depends on backing integrity.

Front surface behaves as glass; back is chemically sensitive.

Surface Behaviour

Porosity: None
Chemical sensitivity: Medium (edge exposure critical)
Finish stability: High if sealed
Aging pattern: Colour degradation from edge failure

Scent & Surface Interaction

No absorption.
Solvent-heavy formulations risk backing damage via edges.
Scent should never require repeated wiping.

Common Failure Modes

Paint delamination from moisture ingress
Edge bubbling
Colour fading from chemical exposure
Streak visibility amplified by colour contrast

Care Alignment (Floor5 Philosophy)

Minimal liquid use
No edge saturation
Neutral, non-solvent systems
Dry finishing essential