NSW (Illawarra) Tint Laws, UV types, Protection and Aftercare Information

This page is designed as a reference guide.
Click on each section below to view detailed information relevant to your needs.

Care and Maintenance
Window tint

Proper care and maintenance are essential to ensure all vehicle protection products perform as intended and achieve their expected lifespan. While these products are designed for durability, correct aftercare plays a significant role in final appearance, longevity, and warranty coverage.

The following guidelines outline recommended care practices for each product type.

Automotive Window Tint – Care & Maintenance

Window tint requires a curing period after installation while the adhesive fully bonds to the glass. During this time, certain visual characteristics are normal and temporary.

Immediately After Installation

  • The tint may appear slightly hazy, cloudy, or show small moisture pockets
  • This is a normal part of the curing process
  • Final appearance may take up to 20 days to fully settle, depending on temperature and weather conditions

Cooler conditions may extend the curing period.

During the Curing Period

To avoid movement, damage, or adhesion issues:

  • Do not clean the inside of the windows for the first 7 days
  • Do not lower windows for a minimum of 48 hours
  • Avoid touching or pressing on the film
  • Do not attach cameras, tags, stickers, suction cups, or mounts to the tinted glass

Premature movement or interference can cause the film to shift, lift, or fault.

Ongoing Care & Cleaning

Once fully cured:

  • Use tint-safe or ammonia-free glass cleaners only
  • Clean with a soft microfiber cloth
  • Avoid abrasive pads, paper towels, or blades
  • Clean gently to maintain clarity and adhesion

Using unsuitable cleaning products or abrasive materials can damage the film over time.

Important Notes

  • Minor visual variations may be visible during curing
  • Excessive heat or cold can affect curing times
  • Proper aftercare is essential to achieve the best final result
Paint Protection Film

Paint Protection Film is designed to protect painted surfaces from everyday wear, however correct care is essential to maintain appearance, adhesion, and long-term performance. Care requirements change over time, particularly between the initial curing period and long-term ownership.

Short-Term Care (Immediately After Installation)

During the initial curing and settling period, the film and adhesive are stabilising on the vehicle surface.

First 48–72 Hours

  • Avoid washing the vehicle
  • Avoid driving in heavy rain where possible
  • Do not touch, press, or manipulate film edges
  • Avoid covering the vehicle with a car cover

Minor moisture pockets, light haze, or texture may be visible during this time and are considered normal.

First 7–14 Days

  • Do not use pressure washers
  • Avoid automatic car washes
  • Avoid waxing or sealing treated areas
  • Do not pick at edges or lift corners

During this period:

  • Trapped moisture may continue to evaporate
  • Edges will continue to settle and bond
  • Visual characteristics will gradually improve

Temperature and environmental conditions can affect curing time.

Medium-Term Care (First 4–6 Weeks)

Once initial curing has completed, gentle washing may begin.

Recommended practices:

  • Hand wash only
  • Use pH-neutral, automotive-safe wash products
  • Use clean microfiber wash mitts and towels
  • Rinse thoroughly to avoid soap residue

Avoid:

  • Automatic brush car washes
  • Abrasive sponges or stiff brushes
  • Strong solvents, degreasers, or tar removers

Improper washing during this period is a common cause of premature edge wear.

Long-Term Care (Ongoing Ownership)

Proper long-term care significantly affects the appearance and lifespan of PPF.

Regular Washing

  • Wash regularly to prevent contaminant buildup
  • Remove bug splatter, bird droppings, and sap as soon as possible
  • Use gentle cleaning methods only

Leaving contaminants on the film for extended periods can cause staining or surface degradation.

Pressure Washing

Pressure washing may be used cautiously once fully cured.

Guidelines:

  • Keep a safe distance from the surface
  • Avoid directing high-pressure water at film edges
  • Do not use narrow or aggressive spray tips close to the film

Incorrect pressure washing technique is one of the most common causes of edge lifting.

Self-Healing & Surface Marks

Some PPF products feature self-healing properties.

Important notes:

  • Self-healing applies only to light surface marks
  • Heat (sunlight or warm water) may assist
  • Deep scratches, cuts, or punctures will not heal

Self-healing is a surface benefit, not a repair method.

High-Wear Areas

Certain areas experience increased wear over time, including:

  • Front bumpers
  • Leading edges of bonnets and guards
  • Rocker panels and rear arches

Wear in these areas is influenced by driving conditions and road debris exposure.

What to Avoid Long-Term

  • Automatic brush car washes
  • Abrasive polishing or cutting compounds
  • Picking or lifting film edges
  • Harsh chemical cleaners

These practices can reduce clarity, adhesion, and overall lifespan.

Longevity, Wear & Replacement

Paint Protection Film is a sacrificial product designed to absorb damage in place of the paint beneath.

Over time:

  • The film may show signs of wear
  • Surface texture and clarity may change
  • Replacement may be required to maintain protection

Professional removal and replacement restores protection without permanent modification to the vehicle.

Warranty & Care Responsibility

Warranty coverage is subject to:

  • Correct installation
  • Appropriate care and maintenance
  • Normal use conditions

Damage caused by improper care, misuse, or external impact is not covered.

Ceramic Coatings

Ceramic coatings are designed to enhance surface gloss, improve chemical resistance, and make routine cleaning easier. Unlike physical protection products, ceramic coatings rely heavily on correct aftercare and ongoing maintenance to perform as intended over time.

Care requirements are especially important during the initial curing period and continue throughout ownership.

Short-Term Care (Immediately After Installation)

During the initial curing phase, the coating is chemically bonding to the vehicle’s paint surface.

First 24–48 Hours

  • Avoid washing the vehicle
  • Avoid exposure to rain, sprinklers, or water where possible
  • Do not touch or wipe treated surfaces

Water contact during this period can interfere with the curing process and affect coating performance.

First 7 Days

  • Do not wash the vehicle
  • Avoid automatic car washes
  • Avoid using any cleaning products, sprays, or sealants
  • Avoid parking under trees or in areas prone to heavy contamination where possible

Minor surface characteristics may appear during this time and will stabilise as curing completes.

Medium-Term Care (First 2–4 Weeks)

Once the coating has cured, gentle washing can begin.

Initial Washing Guidelines

  • Hand wash only
  • Use pH-neutral, ceramic-safe wash products
  • Use clean microfiber wash mitts and towels
  • Rinse thoroughly to prevent soap residue

Avoid aggressive washing during this period, as the coating is still stabilising at a molecular level.

Drying

  • Dry using clean, soft microfiber towels
  • Avoid letting water air-dry on the surface
  • Minimise water spotting by drying promptly

Water spots left to dry repeatedly can reduce coating performance over time.

Long-Term Care (Ongoing Ownership)

Long-term coating performance depends heavily on correct washing habits and regular maintenance.

Regular Washing

  • Wash the vehicle regularly to prevent contaminant buildup
  • Do not allow dirt, bird droppings, or bug residue to remain on the surface for extended periods
  • Use gentle washing techniques only

Although ceramic coatings resist contamination, they do not prevent buildup entirely.

What to Avoid Long-Term

  • Automatic brush car washes
  • Abrasive sponges, brushes, or polishing pads
  • Strong degreasers or harsh chemicals
  • Unapproved waxes or sealants unless recommended

Improper washing techniques are the most common cause of reduced coating performance.

Hydrophobic Performance Over Time

Hydrophobic behaviour (water beading and sheeting) may change gradually over time.

Important notes:

  • Reduced beading does not necessarily mean the coating has failed
  • Surface contamination can mask hydrophobic properties
  • Regular maintenance restores performance in many cases

Periodic decontamination or maintenance washes may be recommended depending on vehicle use and environment.

Environmental Factors

Ceramic coatings are affected by:

  • Driving conditions
  • Environmental exposure (coastal, industrial, high-pollution areas)
  • Washing frequency and technique

Vehicles exposed to harsher environments may require more frequent maintenance.

Longevity, Wear & Maintenance

Ceramic coatings are durable but not permanent.

Over time:

  • The coating may gradually wear
  • Performance characteristics may diminish
  • Maintenance treatments or reapplication may be required

Longevity varies depending on product type, care practices, and environmental exposure.

Warranty & Care Responsibility

Warranty coverage for ceramic coatings is subject to:

  • Correct installation
  • Adherence to recommended care practices
  • Normal use conditions

Damage caused by improper washing, neglect, or environmental contamination is not covered.

Windshield Protection film

Windshield Protection Film is designed to reduce wear and damage to automotive glass caused by road debris, abrasion, and environmental exposure. Because WPF is installed on an exterior glass surface and interacts directly with windscreen wipers, correct care is essential to maintain clarity, performance, and longevity.

Short-Term Care (Immediately After Installation)

During the initial curing period, the film and adhesive are stabilising on the glass surface.

First 24–48 Hours

  • Avoid using windshield wipers where possible
  • Avoid washing the vehicle
  • Avoid touching or pressing on the film
  • Avoid driving in heavy rain if practical

Minor visual characteristics such as light haze, moisture, or surface texture may be visible during this period and are considered normal.

First 5–7 Days

  • Do not use automatic car washes
  • Avoid pressure washing the windshield
  • Avoid abrasive glass cleaners or tools
  • Ensure the windshield remains free of heavy contamination

During this time:

  • Trapped moisture may continue to evaporate
  • Optical clarity will continue to improve
  • The film will fully bond to the glass surface

Environmental conditions such as temperature and humidity can affect curing time.

Medium-Term Care (First 2–4 Weeks)

Once curing is complete, normal use may resume with appropriate care.

Wiper Use

  • Ensure wiper blades are clean and in good condition
  • Replace worn or damaged wiper blades immediately
  • Avoid running wipers on a dry windshield

Damaged or contaminated wiper blades are one of the most common causes of premature WPF wear.

Cleaning the Windshield

  • Use soft microfiber cloths only
  • Use glass cleaners that are non-abrasive and alcohol-based
  • Avoid ammonia-heavy or abrasive cleaners

Clean gently to maintain surface clarity and minimise surface wear.

Long-Term Care (Ongoing Ownership)

WPF is exposed to constant friction and environmental wear, making long-term care especially important.

Regular Maintenance

  • Keep the windshield clean to prevent abrasive particles from accumulating
  • Remove bug splatter, dirt, and road film promptly
  • Avoid scraping ice directly on the film where possible

Leaving contaminants on the film increases abrasion during wiper use.

Pressure Washing

Pressure washing may be used cautiously once fully cured.

Guidelines:

  • Keep a safe distance from the windshield
  • Avoid directing high-pressure water at film edges
  • Do not use narrow or aggressive spray tips close to the surface

Incorrect pressure washing technique can cause edge lifting or surface damage.

What to Avoid Long-Term

  • Running worn or damaged wiper blades
  • Using abrasive glass cleaners or pads
  • Scraping ice or debris aggressively
  • Automatic brush car washes

These practices significantly reduce film lifespan and clarity.

Optical Wear & Longevity

Windshield Protection Film is considered a consumable protection product.

Over time:

  • The film may show fine surface wear
  • Clarity may gradually change depending on use
  • Replacement may be required to maintain optimal visibility

The purpose of WPF is to absorb wear that would otherwise damage the glass underneath.

Replacement & Warranty Considerations

  • WPF can be professionally removed and replaced when worn
  • Replacement restores protection without replacing the windshield
  • Warranty coverage is subject to correct care and maintenance

Damage caused by worn wipers, improper cleaning, or misuse is not covered.

UV Exposed

UV Radiation exposed

Solar radiation is a constant environmental factor that vehicles and occupants are exposed to every day. While sunlight is essential for life, prolonged exposure to certain types of radiation can contribute to material degradation, increased cabin temperatures, and long-term health risks for drivers and passengers.

Understanding how different forms of solar radiation interact with the human body and vehicle materials helps explain why interiors fade, surfaces deteriorate, and cabins heat rapidly when exposed to sunlight.

Types of Solar Radiation

UVA Radiation

UVA radiation makes up the largest portion of ultraviolet radiation reaching the Earth’s surface. These rays penetrate deeply and are present consistently throughout daylight hours, regardless of cloud cover.

UVA radiation:

  • Penetrates standard automotive glass
  • Contributes to premature skin ageing (photoageing)
  • Is linked to long-term skin cell damage
  • Causes gradual fading and degradation of interior materials

UVA exposure does not cause immediate discomfort like sunburn, which often leads to underestimating its cumulative effects. Over time, prolonged exposure is associated with increased risk of skin damage and certain skin cancers.

UVB Radiation

UVB radiation is more intense than UVA but occurs in smaller quantities. It varies by season, time of day, and geographic location.

UVB radiation:

  • Is the primary cause of sunburn
  • Directly damages skin DNA
  • Is strongly linked to skin cancer development
  • Can contribute to surface-level material breakdown

While the Earth’s atmosphere absorbs a portion of UVB radiation, exposure can still occur through untreated glass, particularly in side and rear windows depending on vehicle design.

UVC Radiation

UVC radiation is the most dangerous form of ultraviolet radiation. Under normal environmental conditions, it is almost entirely absorbed by the Earth’s ozone layer and does not reach the surface.

Because of this natural atmospheric protection:

  • UVC radiation is not a concern for vehicle occupants
  • Automotive glass does not need to address UVC exposure

Infrared (IR) Radiation

Infrared radiation exists outside the ultraviolet spectrum and is responsible for heat energy rather than visible light or skin damage.

Infrared radiation:

  • Is the primary cause of cabin heat buildup
  • Penetrates glass and interior surfaces
  • Causes steering wheels, seats, dashboards, and trim to heat rapidly
  • Increases interior temperatures and discomfort

While infrared radiation does not cause fading or sunburn, it significantly affects comfort and accelerates wear caused by heat cycling.

Effects on Vehicle Interiors and Exteriors

Prolonged exposure to solar radiation can affect multiple areas of a vehicle:

Interior Effects

  • Fading and discolouration of upholstery
  • Cracking or warping of dashboards and trims
  • Leather drying, hardening, and deterioration
  • Plastic brittleness and surface breakdown

Exterior Effects

  • Paint fading and oxidation
  • Clear coat degradation
  • Accelerated ageing of exterior plastics and rubber trims
  • Increased surface temperatures contributing to long-term finish wear

These effects develop gradually and are often irreversible once visible.

Natural Environmental and Glass Protection

The Earth’s ozone layer provides critical protection by absorbing nearly all UVC radiation and a portion of UVB radiation before it reaches the surface.

Automotive glass also offers varying degrees of natural filtering:

  • Windscreens are typically laminated and provide more UV reduction than other windows
  • Side and rear glass performance varies significantly by manufacturer and glass type
  • Dark or factory “privacy” glass does not automatically indicate effective UV or heat filtering

Because of these variations, exposure levels can differ widely between vehicles, even when they appear visually similar.

Health Considerations

According to leading health organisations, prolonged ultraviolet exposure is associated with:

  • Premature skin ageing
  • Increased risk of skin cancer
  • DNA damage to skin cells

Drivers spend significant time exposed to sunlight through vehicle glass, making cumulative exposure an important consideration for long-term skin health.

Further Reading & Trusted Sources

For more detailed information on ultraviolet radiation and skin health, the following resources provide evidence-based guidance:

UV Protection

Window tint, Paint protection film and Ceramic coating’s can Protect against

Vehicles are exposed to a wide range of environmental, mechanical, and chemical stresses throughout their lifespan. These stresses affect different parts of the vehicle in different ways, which is why no single product is designed to address every type of damage.

Understanding what each type of protection is designed to protect against helps determine the most suitable option based on vehicle use, driving conditions, and ownership goals.

Automotive Window Tint

Automotive window tint primarily addresses exposure-related effects caused by sunlight entering the vehicle cabin.

Window tint helps reduce:

  • Ultraviolet (UVA and UVB) exposure entering through side and rear glass
  • Glare from sunlight and reflective road surfaces
  • Interior fading and material degradation over time
  • Heat-related discomfort caused by solar energy entering the cabin

Window tint improves comfort and reduces long-term exposure-related wear but does not provide protection against physical impact or surface damage.

Paint Protection Film (PPF)

Paint Protection Film is designed to protect painted surfaces from physical and environmental damage that occurs during everyday driving.

PPF helps protect against:

  • Stone chips and impact from road debris
  • Minor scratches and swirl marks
  • Bug splatter and bird droppings
  • UV-related paint fading and clear coat degradation
  • Environmental contaminants that can damage paint finishes

PPF acts as a sacrificial barrier, absorbing damage that would otherwise affect the vehicle’s paintwork.

Ceramic Coating

Ceramic coatings are surface-applied coatings designed to protect and enhance painted surfaces by creating a durable, hydrophobic layer.

Ceramic coatings help protect against:

  • Chemical staining from contaminants such as bird droppings and bug residue
  • UV-related paint oxidation and fading
  • Light surface contamination and environmental fallout
  • Water spotting and dirt adhesion

Ceramic coatings improve ease of cleaning and surface gloss but do not provide impact protection or resistance to stone chips and scratches.

Windshield Protection Film (WPF)

Windshield Protection Film is designed to reduce wear on automotive glass rather than replace it.

WPF helps reduce:

  • Pitting caused by small road debris
  • Minor chips from light impacts
  • Long-term glass wear that can affect visibility
  • Further reduces UV Exposure

While windshield protection film does not make glass unbreakable, it can significantly slow the accumulation of damage over time.

Choosing the Right Protection

Each type of protection addresses a different category of risk:

  • Window tint focuses on solar exposure, glare reduction, and interior preservation
  • Paint Protection Film focuses on physical impact and paint surface protection
  • Ceramic coating focuses on chemical resistance, gloss enhancement, and ease of maintenance
  • Windshield Protection Film focuses on reducing glass wear and impact damage

Many vehicle owners choose a combination of these options depending on driving habits, vehicle exposure, and long-term ownership plans.

NSW Tint Laws and Regulations

NSW Window Tint Laws & Regulations

Window tinting in New South Wales is regulated to maintain safe driver visibility (especially at night and in poor weather). The laws are based on Visible Light Transmission (VLT) — the percentage of visible light that can pass through the glass (and any coating/film).

Important: VLT is measured on the final result (glass + film combined), using a light meter during inspections. 

What “VLT” Means (Quick Example)

  • 35% VLT means approximately 35% of visible light can pass through the window.
  • Lower numbers = darker tint.

Legal Tint Limits in NSW (Passenger Vehicles)

Front side windows (driver + front passenger)

  • Must be at least 35% VLT. 

Windows behind the driver (rear side + rear window)

  • May be tinted to at least 20% VLT only if the vehicle has at least one rear vision mirror on each side (two side mirrors). 

Commercial / Utility Vehicles (No minimum VLT behind the driver — under conditions)

For vehicles designed primarily for carrying goods, NSW allows rear windows (rear glazing) to be tinted down to 0% VLT or more (effectively no minimum), as long as:

  • the vehicle has at least one rear vision mirror on each side, and
  • it is designed primarily for the carriage of goods, and
  • it has at least 4 wheels, or at least 3 wheels and a GVM over 1 tonne. 

(Front side windows next to the driver still remain 35% VLT minimum.) 

Windscreen Tinting Rules (NSW)

Full windscreen

  • Windscreen glass must have at least 70% VLT, and
  • must not be coated in a way that reduces its luminous transmittance. 

Legal windscreen strip (Brow)

A tinted/opaque strip is permitted on the greater of:

  • the area above the highest point swept by the wipers, or
  • the top 10% of the windscreen. 

(So if the wiper arc sits lower than 10%, you use the 10%. If the wiper arc sits higher than 10%, you use the area above the wipers.)

Reflectivity

If glazing is coated to reduce light transmission, it must not have a reflectance of more than 10%. 

Compliance Notes

  • Any tint that is too dark, excessively reflective, or measured below the legal VLT can lead to a defect notice.
  • Enforcement can occur via roadside inspection or during a safety check, depending on vehicle type and circumstances.

Trusted Sources

Many modern vehicles—particularly SUVs, wagons, and people movers—are supplied with factory privacy glass on rear windows. While this glass appears dark, it is important to understand what factory privacy glass is designed to do, and what it is not.

Factory Privacy Glass

Factory Privacy Glass

Factory privacy glass is glass that is darkened during the manufacturing process, not by applying an aftermarket film. The colour is integrated into the glass itself and is primarily intended to:

  • Increase privacy for rear passengers and cargo
  • Improve exterior appearance
  • Reduce visible light entering the rear of the vehicle

Because this shade is part of the glass, it cannot be removed or adjusted without replacing the glass entirely.

What Factory Privacy Glass Does Not Do

Despite its darker appearance, factory privacy glass does not automatically provide effective protection against all forms of solar radiation or heat.

Factory privacy glass:

  • Does not guarantee high UV protection
  • Does not guarantee significant infrared (heat) reduction
  • Does not provide insulation against cabin heat buildup
  • Does not improve driving comfort in hot conditions

In many cases, factory privacy glass simply reduces visible light, which affects appearance and glare but not necessarily heat or UV exposure.

Common Misconceptions

A common assumption is that darker glass equals better protection. In reality:

  • Dark glass can still allow high levels of UV and infrared radiation to pass through
  • Heat buildup can remain largely unchanged
  • Interior materials and occupants may still experience long-term exposure

This is why two vehicles with similarly dark rear windows can have very different cabin temperatures and interior wear over time.

Legal Considerations

Factory privacy glass is legal in NSW when supplied by the manufacturer. However:

  • Additional aftermarket tint applied over factory privacy glass must still comply with NSW VLT limits
  • Darkness alone does not determine legality—final measured VLT does
  • Mirror requirements must still be met where applicable

Any modifications must comply with current NSW regulations regardless of factory glass appearance.

Why This Matters

Understanding the limitations of factory privacy glass helps vehicle owners make informed decisions about comfort, interior preservation, and long-term exposure—without relying on assumptions based on appearance alone.

Paint Protection Film

Paint Protection Film (PPF) Information

Paint Protection Film (PPF) is a transparent, durable urethane film applied to painted vehicle surfaces to help reduce damage from everyday driving conditions. It is designed to protect high-impact and high-wear areas while maintaining the original appearance of the vehicle.

PPF is commonly used on new vehicles, performance cars, and vehicles that are driven regularly on highways or exposed to harsh environments.

What Paint Protection Film Is

Paint Protection Film is a multi-layer film engineered to absorb and disperse energy from impacts and surface abrasion.

PPF is designed to:

  • Conform closely to vehicle body panels
  • Remain optically clear once installed
  • Withstand environmental exposure over extended periods

Modern PPF is flexible, durable, and designed to move with the vehicle’s paint rather than crack or peel under normal conditions.

How PPF Works

PPF acts as a sacrificial layer. When road debris, stones, or contaminants impact the vehicle, the film absorbs the damage instead of the paint surface underneath.

Key functional characteristics include:

  • Energy absorption from small impacts
  • Resistance to abrasion and surface wear
  • Protection of clear coat from environmental exposure

In many cases, damage that would normally affect paint is limited to the film.

Self-Healing Properties

Many modern paint protection films feature self-healing characteristics. When exposed to heat (such as sunlight or warm water), minor surface marks in the film may soften and diminish over time.

Self-healing properties:

  • Apply to light surface marks only
  • Do not repair deep cuts or punctures
  • Help maintain surface appearance during normal use

Areas Commonly Protected with PPF

PPF can be applied selectively or across larger areas depending on vehicle use and owner preference.

Common application areas include:

  • Front bumper
  • Bonnet and guards
  • Side mirrors
  • Door cups and high-contact areas
  • Rocker panels and rear arches
  • Entire vehicle surfaces

Coverage selection is typically based on exposure risk rather than appearance.

What PPF Does Not Do

Paint Protection Film is highly effective within its design purpose, but it is not a solution for every type of damage.

PPF does not:

  • Make paint indestructible
  • Prevent damage from severe impacts
  • Repair existing paint defects
  • Replace proper vehicle care and washing practices

Understanding these limitations helps set realistic expectations.

Longevity & Maintenance

When installed and maintained correctly, PPF is designed for long-term use.

General considerations include:

  • Expected lifespan varies by product, exposure, and care
  • Regular washing helps maintain clarity
  • Harsh chemicals and abrasive washing methods should be avoided

Care instructions are typically provided following installation.

PPF and Other Protection Options

PPF addresses physical impact and surface protection. It is often considered alongside other protection methods that address different types of exposure, depending on vehicle use and ownership goals.

Ceramic coating

Ceramic Coating

Ceramic coatings are liquid-applied surface coatings designed to bond to a vehicle’s paintwork, creating a durable, protective layer on the surface. They are primarily used to enhance appearance, improve ease of maintenance, and provide resistance against certain environmental contaminants.

Ceramic coatings are often chosen by vehicle owners who want to maintain gloss and simplify cleaning rather than protect against physical impact.

What Ceramic Coatings Are

Ceramic coatings are typically composed of silica-based or polymer-based compounds that chemically bond to the vehicle’s clear coat once cured.

Ceramic coatings are designed to:

  • Create a hard, smooth surface layer
  • Enhance surface gloss and depth
  • Reduce surface porosity
  • Improve resistance to chemical contamination

Once cured, the coating becomes a semi-permanent layer that remains bonded to the paint rather than sitting loosely on the surface like traditional waxes or sealants.

How Ceramic Coatings Work

Ceramic coatings function by forming a dense, hydrophobic surface that resists the adhesion of water, dirt, and certain contaminants.

Key functional characteristics include:

  • Water beading and sheeting
  • Reduced dirt adhesion
  • Increased resistance to chemical staining
  • Slower accumulation of surface contamination

This makes routine washing easier and helps maintain a cleaner appearance for longer periods between washes.

Hydrophobic Properties

One of the most noticeable characteristics of ceramic coatings is their hydrophobic behaviour.

Hydrophobic properties:

  • Cause water to bead and roll off surfaces
  • Reduce water spotting when properly maintained
  • Minimise dirt bonding to the paint surface

While hydrophobic performance improves cleaning efficiency, it does not eliminate the need for regular washing.

Gloss Enhancement & Appearance

Ceramic coatings are commonly chosen for their visual benefits.

Appearance-related characteristics include:

  • Increased gloss and depth
  • Enhanced clarity of paint finishes
  • Improved appearance of metallic and pearl paints

The visual result depends on the condition of the paint prior to coating. Ceramic coatings do not correct paint defects on their own and are typically applied after appropriate surface preparation.

What Ceramic Coatings Protect Against

Ceramic coatings help protect against:

  • UV-related paint oxidation and fading
  • Chemical staining from contaminants such as bird droppings and bug residue
  • Light environmental fallout
  • Water spotting (with correct maintenance)

They provide surface-level protection rather than impact protection.

What Ceramic Coatings Do Not Do

Ceramic coatings are often misunderstood due to marketing claims. It is important to understand their limitations.

Ceramic coatings do not:

  • Protect against stone chips or road debris
  • Prevent scratches or swirl marks
  • Replace Paint Protection Film for impact protection
  • Repair existing paint defects
  • Eliminate the need for proper washing techniques

They are not a substitute for physical protection where impact damage is a concern.

Longevity & Maintenance

Ceramic coatings are designed to last significantly longer than traditional waxes and sealants, but longevity varies.

Factors affecting longevity include:

  • Product type
  • Environmental exposure
  • Washing methods and frequency
  • Maintenance practices

Regular washing using appropriate methods is essential to maintain coating performance and appearance.

Ceramic Coatings and Other Protection Options

Ceramic coatings address surface protection and maintenance. They are often used in conjunction with other protection methods that address different risks, depending on vehicle usage and ownership goals.

Windshield Protection Film

Windshield Protection Film (WPF) is a transparent, optically clear film applied to the exterior surface of automotive windshields. It is designed to reduce wear and damage caused by everyday driving conditions, particularly for vehicles frequently driven on highways or exposed to road debris.

WPF is commonly used on performance vehicles, daily drivers, and vehicles where windshield clarity and longevity are a priority.

What Windshield Protection Film Is

Windshield Protection Film is a multi-layer, impact-resistant film engineered specifically for automotive glass.

WPF is designed to:

  • Bond to curved automotive windshields
  • Maintain optical clarity
  • Absorb and disperse energy from small impacts
  • Protect the glass surface from abrasion and wear

Unlike traditional window tint, WPF is designed for external application and must meet strict clarity and distortion standards.

How Windshield Protection Film Works

When small stones, debris, or road grit strike the windshield, the film absorbs and distributes the impact energy across its surface. This reduces the likelihood of damage reaching the glass underneath.

WPF helps reduce:

  • Pitting caused by repeated small impacts
  • Minor chips from light debris
  • Surface abrasion from dust, sand, and wiper use

Over time, this can significantly slow the accumulation of damage that often leads to compromised visibility or windshield replacement.

Optical Clarity & Visibility

Modern windshield protection films are engineered to be optically clear when installed correctly.

Important considerations:

  • Films are designed to minimise distortion
  • Proper installation is critical for clarity
  • Minor visual characteristics may be present depending on lighting and viewing angles

WPF is designed to maintain driver visibility while providing surface protection.

Wiper Interaction & Daily Use

Windshield Protection Film is designed to be compatible with regular windshield wiper use.

However:

  • Wiper condition and cleanliness significantly affect film longevity
  • Damaged or worn wiper blades can accelerate surface wear
  • Environmental contaminants can increase abrasion over time

Proper maintenance is essential for best performance.

What Windshield Protection Film Does Not Do

It is important to understand the limitations of WPF.

Windshield Protection Film does not:

  • Make a windshield unbreakable
  • Prevent all chips or cracks
  • Repair existing glass damage
  • Replace proper driving care or safe following distances

WPF is intended to reduce damage accumulation, not eliminate all risk.

Longevity & Replacement

Windshield Protection Film is considered a consumable protection product.

Longevity depends on:

  • Driving conditions
  • Road type and debris exposure
  • Wiper use and maintenance
  • Environmental factors

Over time, the film may show wear and can be replaced to continue protecting the windshield underneath.

WPF and Other Protection Options

Windshield Protection Film focuses specifically on glass preservation. It complements, but does not replace:

  • Automotive window tint (interior comfort and UV control)
  • Paint Protection Film (paint surface protection)

Each product addresses a different area of vehicle exposure.

Further Reading & Trusted Sources

For more detailed technical information on windshield protection film, the following manufacturers provide in-depth resources:

Warranty, Terms and Conditions

Warranties, Terms and Conditions

The following information Includes but is not limited to general warranty coverage, terms, and conditions relating to our services. These are provided to ensure transparency and set clear expectations prior to installation.

Specific details may vary depending on the product, vehicle, and application.

Manufacturer Warranties

Where applicable, products installed may be covered by a manufacturer-backed warranty. Manufacturer warranties typically cover defects in materials such as:

  • Discolouration
  • Bubbling
  • Peeling
  • Cracking
  • Adhesive failure

Warranty terms, coverage length, and transferability vary depending on the product used. Full warranty details can be provided upon request.

Manufacturer warranties do not cover damage caused by external impact, improper care, accidents, or misuse.

Workmanship Warranty

We provide a workmanship warranty covering installation-related defects.

This warranty applies to:

  • Installation errors
  • Lifting or adhesion issues directly related to installation

The workmanship warranty does not cover:

  • Damage caused after installation
  • Wear resulting from normal use
  • Damage caused by improper washing or maintenance

Any concerns relating to workmanship should be raised as soon as possible after installation.

Vehicle Condition

Installations are performed based on the condition of the vehicle at the time of service.

Please note:

  • Pre-existing damage to paint, glass, trim, or interior surfaces is not covered
  • Film cannot repair existing damage or defects
  • Removal of old or damaged film may reveal underlying imperfections

We recommend advising of any known issues prior to installation.

Pricing & Quotes

  • All prices displayed on this website are guides only
  • Final pricing is confirmed based on vehicle inspection, size, condition, and selected coverage
  • Additional charges may apply for removal of existing films or unforeseen complications

Quotes are valid for a limited time and may be subject to change.

Bookings & Cancellations

  • Bookings are confirmed by appointment
  • Notice may be required for cancellations or rescheduling
  • Failure to attend a booked appointment may result in a cancellation fee

We recommend contacting us as early as possible if changes are required.

Care & Maintenance

Proper care is essential to maintain product performance and longevity.

General care guidelines include:

  • Avoid washing or cleaning treated areas for the recommended curing period
  • Use appropriate washing methods and products
  • Avoid abrasive cleaners, brushes, or harsh chemicals

Specific care instructions will be provided following installation.

Transferability

Some manufacturer warranties may be transferable to a new vehicle owner. Transferability depends on the product and manufacturer’s policy and may require documentation or registration.

Liability

We are not responsible for:

  • Damage caused by third parties after installation
  • Damage caused by accidents or environmental factors
  • Pre-existing damage to paint, glass, trim or interior surfaces
  • Normal wear and tear over time
  • Compliance issues resulting from modifications made after installation
  • Compliance issues resulting from modifications made to the owner’s preferences

Final responsibility for vehicle compliance and condition remains with the vehicle owner.

Right to Refuse Service

Besty’s Automotint reserves the right to decline or refuse service on a case-by-case basis where a vehicle, condition, or circumstance may compromise safety, quality of workmanship, or expected outcomes.

This may include, but is not limited to:

  • Vehicles with pre-existing damage that may affect installation results
  • Vehicles with poor-quality resprays, failing clear coat, or compromised paintwork
  • Previous installations or modifications that may interfere with proper film application
  • Vehicles presenting safety concerns during installation
  • Requests that may result in non-compliant or unsafe outcomes
  • Situations where installation may not meet our quality standards

Any decision to refuse service is made to ensure the safety of the vehicle, the installer, and the quality of the final result.

Where possible, alternative options or recommendations may be discussed prior to declining service.

Disclaimers & Important Information

Disclaimers & Important Information

The following disclaimers are provided to ensure transparency and set realistic expectations regarding vehicle protection products, installation outcomes, and ongoing use.

Product Performance
All automotive protection products perform within their designed purpose and limitations.
Please note:
No product provides absolute or permanent protection
Performance may vary depending on vehicle use, environment, and maintenance
Protection products reduce risk but do not eliminate the possibility of damage
Results may differ between vehicles due to design, exposure, and driving conditions.

Measurement & Inspection Variations
Visible Light Transmission (VLT), reflectivity, and performance measurements may vary due to:
Testing equipment used
Lighting conditions
Glass thickness and composition
Measurement location on the vehicle
Compliance decisions are made by inspecting authorities at the time of inspection. Besty’s Automotint cannot guarantee inspection outcomes beyond installation within advised specifications.

ADAS, Sensors & Vehicle Systems
Modern vehicles may be equipped with Advanced Driver Assistance Systems (ADAS), cameras, sensors, or embedded technologies.
Please be aware:
Films must not interfere with the operation of safety systems
Calibration requirements are the responsibility of the vehicle owner where applicable
Besty’s Automotint is not responsible for system recalibration unless expressly agreed
Vehicle owners should consult the vehicle manufacturer where required.

Pre-Existing Conditions & Installation Variables
All installations are carried out with care, attention to detail, and industry-standard techniques. However, due to the nature of vehicle surfaces and environmental factors, absolute perfection cannot be guaranteed.

Please be aware:

  • Pre-existing damage, wear, or defects in paint, glass, trim, or interior surfaces may remain visible after installation
  • Some surfaces may contain embedded contamination, imperfections, or manufacturing variations that are not apparent prior to installation
  • During installation, minor dust, fibres, or small visual irregularities may occur despite controlled conditions and best practices
  • Film and coatings do not correct underlying surface defects
  • Removal of existing film, coatings, or adhesives may reveal underlying damage or inconsistencies

Vehicle condition, surface age, prior repairs, and environmental exposure can all influence final appearance.

These factors are inherent to vehicle treatment processes and are not the responsibility of Besty’s Automotint.

Environmental & Usage Factors
Environmental exposure can affect long-term performance.
This includes, but is not limited to:
Sun exposure
Road conditions
Coastal or industrial environments
Washing methods and frequency
Regular maintenance and appropriate care are essential for optimal longevity.

Legal & Regulatory Responsibility
Vehicle owners are responsible for ensuring:
Ongoing compliance with NSW regulations
Modifications remain within legal limits
Any changes made after installation do not affect compliance
Besty’s Automotint provides guidance based on current information but cannot control future regulatory changes or enforcement decisions.

Information Accuracy
All information provided on this website is intended as general guidance only. While every effort is made to ensure accuracy, regulations, standards, and product specifications may change over time.
Customers are encouraged to seek clarification where required prior to installation.

Information on this page is provided as a general reference and is accurate to the best of our knowledge at the time of publication. Regulations, standards, and product specifications may change over time.