Ambient light rejecting projector screen paint

Ambient light rejecting projector screen paint full kit

Ambient light rejecting paint designed for home theatres

Smarter Surfaces Australia Customers

Ambient light rejecting paint and ALR projector screen

Ambient light rejecting paint for home cinema

Higher image quality projected on ambient light rejecting paint

Close up image on ambient light rejecting paint screen wall

Ambient Light Rejecting Projector Screen Paint

Price range: AUD$318.00 through AUD$1,422.00

Ambient Light Rejecting Paint has a special formula to resist unwanted light ingress.

It works by selectively reflecting your projector light back to the audience and scattering excess light from hitting the screen from the sides. It reduces the washout brightening effect of ambient light to improve the image reflected in brighter rooms. It’s a great solution for rooms that have normal to high ambient light and will maximize ultra short throw and laser projector picture quality.

Designed for living rooms, home theaters and gaming rooms or spaces with some ambient light
High performance projection surface that rejects ambient light
5 year product guarantee
Developed, designed and tested for use with leading manufacturers such as Epson, BenQ, Sony, Panasonic, LG and Optoma Projectors
Eliminates hotspots
Easy to apply primer, then 2 coats with simple application steps
Ready to use after just 24 hours
Wipeable using damp cloth with water, no detergent

SKU: SSK-PROALR-CONF Category: Smart Projection Range

Description
Additional information

Advanced Ambient Light Rejection

Ambient Light Rejecting Paint blocks unwanted light while selectively reflecting projector light and diffusing excess illumination, enhancing image quality in brighter environments.

Enhanced Picture Reproduction

Crafted to optimize pixel definition, clarity, and ambient light rejection, providing vibrant, high-definition visuals for home theatres and gaming setups.

Specular & Diffuse Reflection Reduction

Ultra matte layering technology eliminates both specular and diffuse reflection, minimizing stray light and maintaining image integrity.

Better Projection Performance

Evaluated with industry-standard projectors, guaranteeing no hot spotting or degradation of performance on regular surface materials.

Simple Application and Elegant Finish

The fast and easy application offers discreet projection capabilities while preserving a clean and modern look in home theatres.

ALR Screen Paint - Technical Specifications

Color: Light Grey
Finish: Ultra Matte
Screen Size:

4.5 m² : 120” / 320cm at 16:9 Aspect Ratio
25 m² : 301"" / 764.5cm at 16:9 Aspect Ratio

Volume:

4.5 m² : 880ml
25 m² : 5l

Coverage:

4.5 m² : 279 x 157 cm at 16:9 Aspect Ratio
25 m² : 667 x 375 cm at 16:9 Aspect Ratio

Environmental (exceeds all AUS standards): low VOC, Solvent free, PFOA & PFOS free and Isocyanates free
Odor: Very Low
VOC: Less than 0.33%
Certification: Independent Projection Performance Report – CREST, Gypsum Surface Finish Quality Standard of AUS Level Q4

Not certain which product suits your needs? We assist with video calls, live chat, phone, and email. Take advantage of complimentary technical guidance and recommendations for products and ideas to help you make the best choice. Have questions about installation? We're here to support and guide you.

Ambient Light Rejecting Paint Reviews

Mac AV Solutions PTY

Impressive performance. We were looking for a solution for an ALR projection screen for a large auditorium with high light levels but in a large size which was proving cost prohibitive, then we found Smarter Surfaces. I have to complement the technical support and the product has been fantastic, excellent value and very effective.

Finco Sydney

Good product and good support was provided, and will use again. Thomas J

East Coast AV

This product was identified by the client for a church hall and to be fair has worked very well. Painted on similar to an oil paint with no issues, surface preparation is very important.

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FAQ's

After applying the ALR Projector Screen Paint to your wall, it will be ready for use as a projection surface within 24 hours, once the surface has completely dried. Simply set up your projector as necessary and direct it towards the painted wall. We recommend ensuring your projector is calibrated correctly. Check the owner's manual for details.

Gain pertains to the screen's capacity to reflect and enhance the brightness of a projected image. It is an indication of how well the screen bounces light back to the viewer's eyes. The gain value measures the screen's light-reflective effectiveness compared to a standard reference surface, typically a matte white screen with a gain value of 1.0.

The gain value signifies the level of reflective lumens that the screen is capable of delivering. A greater gain value indicates that more light is bounced back, leading to a brighter image on the screen. In contrast, a lower gain value signifies that less light is reflected, resulting in a dimmer picture.

The gain value of a screen also affects the width of the viewing angle. A screen with a higher gain will present a narrower viewing angle, meaning that viewers need to be positioned more directly in front of the screen to appreciate the maximum brightness. Alternatively, a screen with a lower gain offers a wider viewing angle, enabling viewers to see a brighter image even if they are not directly facing the screen.

It is essential to understand that the selection of gain depends on the specific viewing context and the desired viewing experience. Elements such as ambient light, screen dimensions, projector brightness, and audience seating arrangement all influence the ideal gain for a particular scenario.

Gain impacts the brightness of the projected image and the quality of the viewing angles. It dictates how effectively the screen reflects light and influences both clarity and the breadth of the viewing angle.

No, a projector screen with a higher gain does not necessarily ensure better image quality. Although it can produce a brighter image from specific angles, it may result in decreased brightness from other viewpoints. Typically, higher gain screens offer a smaller viewing angle.

The average gain for a projector screen is 1.0, which ensures uniform brightness from various directions and visibility from multiple angles. Nevertheless, the best gain is influenced by viewer preferences and the unique environment. Additional factors to keep in mind are ambient light conditions, projector specifications, and the distance from the screen surface.

High gain screens provide clear and visible images in bright environments, enhance visibility in darker settings, reflect minimal light from surrounding walls and ceilings, and effectively block light from fabric screens that are resistant to general lighting.

High gain screens have a limited viewing angle for those not situated in the center, necessitate viewers to sit directly in front of the screen for optimal brightness, may not be adequately bright for larger audiences due to restrictive viewing angles, and are generally unsuitable for outdoor use.

Low gain screens offer a broader viewing angle for larger groups, disperse light evenly across a wider angle for a consistent viewing experience, and decrease projector brightness in indoor environments.

Low gain screens are not suitable for outdoor use because they produce lower brightness, obstruct some of the projector's light, and may lack sufficient contrast for clear image visibility.

Blended projections are a popular method for creating immersive visual experiences in settings like art installations, theatres, and large-scale presentations. To achieve seamless projections, selecting the right screen is essential. Our projection screen paint provides an excellent option for blending multiple images onto a singular surface. With its advanced formula, this projector paint is tailored to enhance the blending process and deliver impressive results.

Blending projections demand precise colour accuracy, consistent brightness, and superb light diffusion to ensure a smooth transition between images. Our projection screen paint was designed with these factors in mind, enabling you to create a unified and immersive display.

For larger screens, our projection screen paint removes the need for bulky and costly physical screens, offering a more adaptable and economical choice for blended projections. Transform any environment into an immersive canvas where multiple projections can merge seamlessly, captivating your audience.

Our full range of paints is compatible with both 2D and 3D projectors, guaranteeing peak performance no matter the projection type. When a 3D image is projected onto our paint, it effectively reproduces the desired effect, providing an immersive experience when used with 3D glasses.

3D projectors function by displaying two slightly different images that overlap on the screen. These images are filtered through special optical components that polarize the light differently for each projection. When viewers wear specific 3D glasses, each lens blocks one of the images, allowing the left eye to see one image while the right eye sees another.

Therefore, it’s crucial that the projection screen does not alter the polarity of the light when using a 3D projector. All our paint products are designed to be "polarity preserving," meaning that the image you observe will maintain the intended polarity, preserving the complete 3D effect.

The Sound Absorption Coefficient (SAC) measures the extent to which a material absorbs sound energy as sound waves pass through it. In our assessments, we measured the SAC for a standard 12mm gypsum board, which is a widely used building material.

The SAC can differ depending on the frequency of the sound waves travelling through the material. Various sound frequencies possess distinct wavelengths, and these wavelengths can interact with the material in unique ways. Thus, the SAC values provided represent a range, as the SAC can fluctuate based on the frequency of the sound waves being absorbed. In our evaluations, we recorded the following results:

Unpainted Board α = 0.04-0.07
Painted Board α = 0.04-0.07

The provided values pertain to both unpainted and painted 12mm gypsum boards. The α values ranging from 0.04 to 0.07 for both types of boards reflect the range of Sound Absorption Coefficient (SAC) values for these materials. This suggests that sound energy will be absorbed by a 12mm gypsum board as sound waves pass through, with absorption levels varying between 0.04 and 0.07 based on the frequency of the sound. Additionally, this indicates that all of our paints maintain acoustic transparency, as there is no change in values between the standard board and the painted version.

This innovative Ambient Light Rejecting Projection Screne Paint uses unique pigment particle technology to scatter ambient light ingress from the horixontal plane which protects the projected light beam by reducing light interference

You can use either a roller or a spray method to apply the ALR Paint, although we typically recommend the roller application as the most common choice.

All surfaces to be treated should be clean, dry, and devoid of any loose materials. Measure the area intended for painting and use masking tape to mark it clearly unless you’re covering an entire wall. For bare and untreated surfaces, apply a primer coat using one layer of White Primer.

Repair any defects or cracks and sand the entire area until smooth with 120-grade sandpaper or a similar alternative. Stir the projector paint thoroughly before application. For optimal results, use a mohair or lint-free short pile roller sleeve to apply the paint.

Ambient Light Rejecting Projector Screen Paint can be applied effectively on plaster, wallboards, wood, metal, concrete, and composites, virtually any smooth surface. It is designed for indoor use; for outdoor applications, please refer to our outdoor projection paint.

We advise that you apply ALR screen paint onto a surface that has been previously primed or painted. For bare, untreated surfaces, start with one coat of Smart White Primer.

Yes, ALR paint is entirely safe for use. It features very low VOC levels, is solvent-free, and contains no PFOA, PFOS, or isocyanates.

ALR paint adheres to the strictest environmental guidelines and has been independently certified for its fire performance and VOC levels. As with all paint applications, we recommend wearing gloves during the process.

ALR paint is completely free from isocyanates and solvents. Unlike some inferior products on the market, we do not include isocyanates in our ALR projector paint or any of our products, as these are hazardous materials that should only be handled by trained professionals under strict safety protocols.

Wear the gloves included in the kit when applying ALR paint. Additionally, it is advisable to wear safety glasses. As with any painting activity, ensure that the area is well-ventilated.

ALR paint is non-flammable and has been certified for its fire safety, making it suitable for use in schools and offices. It has a very high flashpoint that exceeds 158 degrees Fahrenheit.

Yes, it is entirely safe to apply dry erase paint around both adults and children, as it is certified as VOC-free and has a low odour. ALR paint does not contain isocyanates, ensuring it is extremely safe for use around individuals.

If contact with the skin occurs, wash the area with warm soapy water.

Ambient Light Rejecting paint is water-based and can be cleaned up using water.

The ideal method is to use compressed air, which is available in aerosol cans, or gently wipe the surface with a cloth that is slightly dampened with warm water.

ALR screen paint is suitable for projectors that have a brightness of 2000 lumens or more.

The gain value of Ambient Light Rejecting screen paint is 0.71 at a 90° viewing angle.

Ambient Light Rejecting Paint Installation

Ambient Light Rejecting Projector Screen Paint can be applied to various surfaces including plaster, wallboards, wood, metal, concrete, and composites. It is intended for indoor use only.

Ensure that all surfaces to be painted are clean, dry, and free of any loose materials. Measure the area you plan to paint and clearly outline it using masking tape.

For bare, untreated surfaces, apply one coat of White Primer. After priming, lightly sand the surface, then use a mohair or lint-free short pile roller sleeve to apply the first coat. Allow it to dry before applying the second coat.

Our Ambient Light Rejecting Paint will be ready for use after 24 hours.

If you'd like to evaluate our product’s performance, you can request a sample pack.

Do you have any questions or need assistance? We take pride in providing excellent customer service and support, so feel free to contact us.

A full application guide to help you apply our Ambient Light Rejecting Paint.

Additional information

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