FREQUENTLY ASKED QUESTIONS
The Ceramic Spray Wax can be applied to painted body panels, windshields, plastics, carbon fiber, wheels and headlights.
The LiquidShield Ceramic Spray Wax is a blend of high performance liquid wax infused with our ceramic coating. Most products on the market that are branded as ceramic waxes are in fact quick detailers or liquid waxes filled with silicone additives.Our Ceramic Spray Wax delivers more intense and longer lasting results than the competition.
The LiquidShield Ceramic Spray Wax is formulated to last up to 1-2 months.
The Ceramic Wax can be applied by DIY'ers with no prior painting experience.
Difficulty Level = 1
One bottle of Ceramic Wax can do 2 Sedan.
The Shelf-Life of the Ceramic Spray Wax is 3 years when stored in the proper environment.
The LiquidShield Spray Ceramic Coating has simply no rivals when it comes to ease of application and the results it delivers. Most products on the market that are branded as Ceramic Spray Coatings are in fact only waxes or Sio2 products. Our Ceramic Spray Coating delivers a real layer of Ceramic Coating resin on the surface, making it much more effective than competitive products.
The LiquidShield Spray Ceramic Coating is formulated to last up to 6-12 months.
The Shelf-Life of the Spray Ceramic Coating is 18 months when stored in the proper environment.
The Spray Ceramic Coating can be applied to painted body panels, windshields, plastics, carbon fiber, wheels and headlights.
Our Ceramic Coating has been verified to have >9H Hardness. It is also made by professionals for professionals so we made sure that the application process would allow any Advanced DIY or Pro Detailer to deliver clean and long lasting results without having to go through an over complexified application. It also has higher solids than most product available in the market.
The LiquidShield Ceramic Coating is formulated to last up to 2-5 years.
Ceramic Coatings have become the industry standard when it comes to nanocrystalline coatings, however our Graphene coating takes it to the next level with graphene molecules bonded to the base ceramic. This increases the hardness level making your finish that much more durable, easy to maintain and hydrophobic.
The Ceramic Coating can be applied to painted body panels, windshields, metal and painted plastics.
The Shelf-Life of the Ceramic Coating is 18 months when stored in the proper environment.
No, we do not recommend applying any ceramic coating on damaged paint surfaces. However, if the surface only has light scratches, a good polishing compound and paint correction should be enough to get it back to its original state.
One 50ml bottle of Ceramic Coating or Graphene Coating can cover one regular size sedan with two layers, or two regular size sedans with one layer each.
We recommend using latex gloves, eye protection and performing the application in a well ventilated area. To apply the product, you will need an application sponge, a surface preparation IPA alcohol solution and an application suede towelette.
While Ceramic and Graphene Coatings are a great alternative to many waxes and sealants, they will not perform as intended if the vehicle’s finish is damaged, or if it is not properly washed and maintained. Improper application methods can blemish your paint or surface. Read and understand all health and safety warnings on labels. LiquidShield cannot guarantee how long a coating will last nor guarantee its performance due to the vastly different user conditions, climate and maintenance. LiquidShield cannot control use of this product and will not accept liability for more than product replacement.
The ideal ambient temperature to apply Ceramic and Graphene products is between 60F-75F (15C-24C). It is important to note that the product and surface temperature also need to be controlled for. Although applying in colder or warmer temperatures may be possible, the curing time becomes unpredictable and may lead to application issues.
Ceramic and graphene molecules are naturally heat resistant, making them capable of withstanding high temperatures. Different coatings are rated to different heat levels, depending on the intended application, and each coating drastically improves the durability. This characteristic makes it safe to ceramic coat components that are exposed to repetitive heat cycling with no issues.
If your finish is not coming out gloss/even, or is showing high spots, the product may have cured before having been fully buffed.
Regular maintenance of your Ceramic coated surface will be greatly simplified thanks to the protection and hydrophobic nature of the coating. In order to extend your coating’s performance, the LiquidShield Spray Ceramic Coating can be applied on occasion.
The Mohs Hardness Scale qualifies a material’s hardness on a scale of 1H to 10H. The higher the number, the harder the material. Why does that matter? The harder a material, the more difficult it is to scratch. For example, the highest mineral hardness of 10H can be found in diamonds. With both Ceramic and Graphene charting between 9H and 10H, your vehicle’s surface becomes extremely resistant to daily wear and tear when coated with either of these coatings.
Both Ceramic and Graphene coatings require a mechanical action to be stripped off a surface. The most effective way is by machine polishing the surface. Although different machines and compounds come with specific methods, you will generally be looking to use a medium cutting pad with a light to medium polishing compound. Follow the instructions on both for optimal results.
We always recommend verifying your warranty documentation, but in most cases, a Ceramic or Graphene coating will not void your vehicle’s corrosion warranty, or any warranty for that matter.
Where traditional ceramic coatings are silica based, the LiquidShield Graphene coating is a carbon based coating, with bonded Graphene molecules that form an extremely thin yet equally strong coating which offers protection and performance for up to 7 years. The groundbreaking nanomaterial has been around since its discovery in 2004, and it’s significance was highlighted in 2010 when the scientists behind the discovery won a Nobel Prize in Physics thanks to their advancements with the carbon-based Graphene. When properly applied, this flagship of nanocoatings makes ownership and care for your vehicle easier and much more gratifying.
The Mohs Hardness Scale qualifies a material’s hardness on a scale of 1H to 10H. The higher the number, the harder the material. Why does that matter? The harder a material, the more difficult it is to scratch. For example, the highest mineral hardness of 10H can be found in diamonds. With both Ceramic and Graphene charting between 9H and 10H, your vehicle’s surface becomes extremely resistant to daily wear and tear when coated with either of these coatings.
Our Graphene Coating has been verified to have >10H Hardness. It is also made by professionals for professionals so we made sure that the application process would allow any Advanced DIY or Pro Detailer to deliver clean and long lasting results without having to go trough an over complexified application.
The Graphene Coating is formulated to last up to 5-10 years.
The Graphene Coating can be applied to painted body panels, windshields, metal and headlights.
Ceramic Coatings have become the industry standard when it comes to nanocrystalline coatings, however our Graphene coating takes it to the next level with graphene molecules bonded to the base ceramic. This increases the hardness level making your finish that much more durable, easy to maintain and hydrophobic.
The Shelf-Life of the Graphene Coating is 18 months when stored in the proper environment.
No, we do not recommend applying the graphene coating on damaged paint surfaces. However, if the surface only has light scratches, a good polishing compound and paint correction should be enough to get it back to its original state.
One 50ml bottle of the Graphene Coating can cover one regular size sedan with two layers, or two regular size sedans with one layer each.
We recommend using latex gloves, eye protection and performing the application in a well ventilated area. To apply the product, you will need an application sponge, a surface preparation IPA alcohol solution and an application suede towelette.
While Ceramic and Graphene Coatings are a great alternative to many waxes and sealants, they will not perform as intended if the vehicle’s finish is damaged, or if it is not properly washed and maintained. Improper application methods can blemish your paint or surface. Read and understand all health and safety warnings on labels. LiquidShield cannot guarantee how long a coating will last nor guarantee its performance due to the vastly different user conditions, climate and maintenance. LiquidShield cannot control use of this product and will not accept liability for more than product replacement.
The ideal ambient temperature to apply Ceramic and Graphene products is between 60F-75F (15C-24C). It is important to note that the product and surface temperature also need to be controlled for. Although applying in colder or warmer temperatures may be possible, the curing time becomes unpredictable and may lead to application issues.
Ceramic and graphene molecules are naturally heat resistant, making them capable of withstanding high temperatures. Different coatings are rated to different heat levels, depending on the intended application, and each coating drastically improves the durability. This characteristic makes it safe to ceramic coat components that are exposed to repetitive heat cycling with no issues.
If your finish is not coming out gloss/even, or is showing high spots, the product may have cured before having been fully buffed.
Regular maintenance of your Graphene coated surface will be greatly simplified thanks to the protection and hydrophobic nature of the coating. In order to extend your coating’s performance, the LiquidShield Spray Ceramic Coating can be applied on occasion.
Both Ceramic and Graphene coatings require a mechanical action to be stripped off a surface. The most effective way is by machine polishing the surface. Although different machines and compounds come with specific methods, you will generally be looking to use a medium cutting pad with a light to medium polishing compound. Follow the instructions on both for optimal results.
We always recommend verifying your warranty documentation, but in most cases, a Ceramic or Graphene coating will not void your vehicle’s corrosion warranty, or any warranty for that matter.
LiquidShield is a temporary reversible and adhesive-free film that is removed by simply peeling off the film by working off a corner or an edge. Work an edge until the coat begins to lift, then slowly work your way around the wheel or accessory. LiquidShield will come off in large pieces when properly applied. Most surfaces will peel under 10-15 minutes. Use of a pressure washer will help in the process of removing LiquidShield from your surface and hard to reach areas. Avoid excess pressure. Do not use solvents or other chemicals.
The LiquidShield DIY aerosol was developed to last up to 1 year and has shown great protection characteristics against road debris, rocks, salt, chemicals and UV exposure.Durability will vary depending on your application and usage. Extreme conditions such as off-roading, harsh winters, competitive use may diminish durability. The more you apply, the better!
Most tire changing machines require direct, rotational contact with the sprayed wheels which will cause lifting of the LiquidShield. Lifting may be avoided with careful mounting of the tires and by using a touchless tire mounting machine.
LiquidShield DIY aerosol formula is designed specifically for the automotive industry and is tested on clear coated surfaces used by OEM car manufacturers including alloy wheels, chromed plastics, clear coated carbon fibre and metal surfaces. The LiquidShield DIY aerosol is engineered to deliver low pressure for ease of application on small surfaces such as wheels and accessories. We do not recommend using it for complete body panel applications.
For surfaces that are not officially tested by LiquidShield, we recommend that you test spray, let dry and peel on an inconspicuous area to confirm surface compatibility. If you are unsure whether your surface is clear coated, we recommend you contact your local dealership to confirm.
Do not apply LiquidShield on non-clear coated surfaces such as vinyl wraps, stickers, rough plastics, and plastic or laminated center caps. If you have aftermarket wheels, always test an inconspicuous area first to determine surface compatibility. For every surface, it's always recommended to test spray, let dry and peel on an inconspicuous area to confirm surface compatibility.LiquidShield is a self leveling product that will not fill in imperfections such as curbed rash, scratches and dents. Such surface imperfections may damage the wrap or cause the wrap to be less durable or removable. We do not recommend sanding down the imperfections or damaged areas as it might get rid of the clearcoat and compromise LiquidShield's adherence, durability and ability to peel.
If you're applying on a chrome surface, make sure to completely strip the waxes and polishes commonly used to protect your chromed wheels or accessories using our Prep Spray. If any wax or polish is left over on the surface, you will have adherence issues. These products are contaminants that can create fisheyes, adherence issues and other surface imperfections.
For powder coated/ceramic coated surfaces: Unfortunately, LiquidShield can't be applied over ceramic coated vehicles. Ceramic Coatings' nano technology is meant to protect paint from chemicals, by sealing the paint. LiquidShield's chemical composition is incompatible with these coatings and will not properly adhere to the ceramic coated surface. With that being said, some customers have tried it with great results. However, we cannot guarantee that all ceramic coated wheels will react the same.
LiquidShield Headlight Paint Protection Film is formulated to be applied on car/truck headlights only.