FAQ

To press your design using DTF transfers, follow these general pressing instructions:

Set the Heat Press: Preheat your heat press to the recommended temperature for the specific DTF transfer film and ink you are using. Consult the manufacturer's instructions for the appropriate temperature setting.

Prepare the Surface: Ensure that the surface you are applying the DTF transfer to is clean, dry, and free from any wrinkles or debris. Smooth out the fabric or substrate to create a flat surface for the transfer.

Position the Transfer: Place the DTF transfer film with the printed design facing down onto the desired location on the substrate. Double-check the positioning to ensure proper alignment.

Apply Pressure: Close the heat press and apply even pressure across the transfer area. The pressure level may vary depending on the specific DTF transfer film and ink being used. Refer to the manufacturer's guidelines for the recommended pressure setting.

Set the Time: Set the recommended time for heat application based on the transfer film and ink specifications. The duration can vary but is typically around 10 seconds. 

Press the Design: Once the heat press reaches the desired temperature, press the design by lowering the heat platen onto the transfer film. Ensure that the transfer film is fully covered by the heat platen.

Release and Peel: After the designated press time has elapsed, carefully lift the heat press platen and promptly peel off the transfer film while it is still warm. Follow the instructions provided by the transfer manufacturer regarding hot or cold peeling.

Cooling and Quality Check: Allow the substrate and transferred design to cool down completely before handling. Once cooled, inspect the transferred design for adherence, color vibrancy, and overall quality.

These pressing instructions provide a general guideline, but it's important to note that specific pressing parameters may vary depending on the transfer film, ink, and heat press equipment being used. Always refer to the manufacturer's instructions and follow their recommended settings and procedures for the best results.

The longevity of DTF transfers depends on various factors such as the quality of materials used, the application process, and the care taken to preserve the transfers. When properly applied and cared for, DTF transfers can last for a significant duration.

Under normal wear and proper washing conditions, DTF transfers are designed to be durable and maintain their quality for an extended period. With regular washing and proper care, they can withstand multiple cycles without significant fading or cracking. However, it's important to note that the specific durability can vary depending on factors such as the type of ink, substrate, and maintenance practices.

To maximize the lifespan of DTF transfers, it is recommended to follow the manufacturer's care instructions. Typically, washing garments with DTF transfers inside out in cold water using mild detergents is recommended. Avoid using harsh chemicals, bleach, or abrasive washing techniques. Additionally, tumble drying on low heat or air drying is advisable to prevent excessive heat exposure.

By following these guidelines and providing proper care, you can ensure that your DTF transfers remain vibrant and intact for an extended period, allowing you to enjoy their aesthetic appeal on your garments or other customized products.

DTF transfers, or Direct-to-Film transfers, are a type of printing method used to create vibrant and detailed designs for various surfaces, especially textiles. In the DTF process, designs are printed onto a transfer film using specialized DTF inks and then transferred onto the desired substrate using heat and pressure. The transfer film acts as a carrier for the ink, allowing it to adhere to the surface when heat is applied. This method offers versatility in customization, as DTF transfers can be applied to different materials like cotton, polyester, blends, leather, denim, nylon, and more. DTF transfers provide high-resolution prints with excellent color vibrancy and detail. They are commonly used in apparel customization, promotional items, signage, and other applications where durable and visually striking designs are desired.

Absolutely! Both DTF transfers and UV DTF transfers allow you to create custom designs according to your preferences. Here's how you can create custom designs with these printing methods:

DTF Transfers: With DTF transfers, you can create custom designs using graphic design software or source digital artwork. Design files in formats such as AI (Adobe Illustrator), PNG (Portable Network Graphics), or PDF (Portable Document Format) can be used. These files are then printed onto the DTF transfer film using compatible inkjet printers. You have the freedom to design logos, illustrations, text, or any other visual elements that reflect your brand, message, or personal style.

UV DTF Transfers: Similarly, UV DTF transfers also allow for custom designs. You can create your designs using graphic design software and save them in compatible file formats such as AI, PNG, or PDF. These designs are then printed using UV DTF printing technology, which provides vibrant colors and high-resolution prints. UV DTF transfers enable you to achieve intricate details, gradients, and photographic images in your custom designs.

Both DTF transfers and UV DTF transfers offer flexibility in design creation, allowing you to personalize garments, accessories, or other products with unique and eye-catching visuals. Remember to follow the specific guidelines provided by the transfer manufacturer regarding file formats, ink compatibility, and printing techniques for optimal results.

DTF transfers can be considered more eco-friendly compared to some other printing methods. Here are some reasons why:

Water-based Inks: Many DTF transfers use water-based inks that contain lower levels of volatile organic compounds (VOCs). This reduces the emission of harmful fumes during the printing process, making them a more environmentally conscious choice.

Reduced Waste: DTF transfers can be printed on demand, allowing for precise quantities and minimizing excess inventory. This helps to reduce waste by avoiding overproduction and minimizing the disposal of unsold or unused items.

Energy Efficiency: DTF transfers generally require less energy compared to some other printing methods. The printing process involves transferring the design directly onto the substrate, eliminating the need for additional steps such as screen preparation or curing.

Recyclable Substrates: DTF transfers can be applied to a variety of substrates, including fabrics and textiles. Many of these substrates are recyclable, promoting sustainability by reducing the demand for new materials.

Less Water Consumption: Unlike traditional dye-sublimation methods, DTF transfers do not require excessive water usage for the printing process. This further reduces the environmental impact by conserving water resources. However, it's important to note that the eco-friendliness of DTF transfers can also depend on the specific inks, films, and other materials used in the printing process. Different manufacturers may have varying levels of commitment to environmental sustainability. It's always advisable to check with the specific manufacturer and choose suppliers who prioritize eco-friendly practices.

DTF transfers differ from other printing methods like screen printing and heat transfer vinyl in several ways:

Printing Process: DTF transfers use a different printing process compared to screen printing and heat transfer vinyl. DTF transfers involve printing the design onto a transfer film using inkjet printers with specialized DTF inks. The printed design is then transferred onto the substrate using heat and pressure.

Color Vibrancy and Detail: DTF transfers are known for their vibrant colors and intricate detail. The inkjet printing process allows for high-resolution prints with exceptional color accuracy and sharpness, resulting in visually stunning designs.

Versatility of Substrates: DTF transfers offer versatility in terms of the substrates they can be applied to. They can be used on a wide range of materials, including cotton, polyester, blends, leather, denim, nylon, and more. This versatility expands the possibilities for customization across different products.

Durability and Washability: DTF transfers generally exhibit excellent durability and washability. When properly applied and cared for, they can withstand multiple washes without significant fading or cracking. This makes them suitable for creating long-lasting designs on garments and other textile-based items.

Complex Designs and Gradients: DTF transfers excel at reproducing complex designs, including gradients and photographic images, with great precision. The inkjet printing process allows for intricate details and smooth color transitions that can be challenging to achieve with other printing methods.

Flexibility in Quantity: DTF transfers offer flexibility in producing small to medium quantities. Unlike screen printing, which may require setting up separate screens for each color, DTF transfers allow for multi-color designs to be printed simultaneously on a single sheet, making them suitable for smaller production runs.

Setup and Turnaround Time: DTF transfers typically require less setup time compared to screen printing, as they do not involve the preparation of screens or stencils. This results in quicker turnaround times, making them a preferred choice for on-demand or time-sensitive printing needs.

While DTF transfers offer unique advantages, it's important to consider the specific requirements of your project and the desired outcome when choosing the most suitable printing method. Different methods have their strengths and considerations, and selecting the right one depends on factors such as design complexity, substrate type, quantity, and desired visual effects.

Yes, DTF transfers can be used on dark-colored fabrics. One of the advantages of DTF transfers is their ability to produce vibrant and opaque prints even on dark backgrounds. This is achieved through the use of special white underbase inks that are printed as a base layer before applying the colored inks.

The white underbase ink acts as a foundation, creating a solid and bright background for the subsequent colors to adhere to. This ensures that the design maintains its vibrancy and visibility on dark-colored fabrics. By layering the colors on top of the white base, DTF transfers can achieve excellent color saturation and contrast on dark backgrounds.

It's important to note that proper curing and heat application are crucial for achieving optimal results on dark-colored fabrics. Following the manufacturer's instructions for temperature, time, and pressure settings will help ensure that the DTF transfers adhere well and provide vibrant and durable prints on dark textiles.

Yes, it is possible to create custom-sized gang sheets to suit your specific needs. Gang sheets can be tailored to accommodate the size and quantity of designs you wish to include. Here's how you can create custom-sized gang sheets:

Determine Design Dimensions: Begin by determining the dimensions of the individual designs you want to include on the gang sheet. Measure the width and height of each design to calculate the required space.

Layout and Spacing: Plan the layout of your gang sheet, considering the dimensions of the transfer film you have available. Arrange the designs on the sheet, leaving enough space between each design for cutting or separation during application.

Design Software or Templates: Use graphic design software or templates provided by the transfer film manufacturer to create the layout of your gang sheet. Set the document size to match the dimensions of the transfer film you will be using.

Position and Align: Place each design on the gang sheet, positioning and aligning them according to your desired layout. Ensure proper spacing between the designs to allow for easy cutting or separation later.

By creating custom-sized gang sheets, you have the flexibility to optimize material usage, reduce waste, and efficiently produce multiple prints in one application cycle. Custom-sized gang sheets can be particularly beneficial when working on projects with specific size requirements or when maximizing the use of transfer film.

In Photoshop: 

File → New → 22 inches wide x ( insert height wanted )

Resolution 300 Pixels / Inch * Very important so your artwork stays in high quality

Vectorized Artwork is the only way to ensure a clean print.

Hidden pixels in artwork will print out and create white outlines/dots on gang sheets.

To ensure a clean, high quality print, vectorized artwork should be uploaded.

We DO NOT check artwork. Artwork is responsibility of client.

No, gang sheets are typically not designed to be reused. Once the designs on a gang sheet have been transferred onto the desired surfaces, the transfer film and ink become permanently adhered to those substrates. As a result, the gang sheet cannot be reused for transferring the same designs again.

Gang sheets are primarily used to optimize the printing process by arranging multiple designs on a single sheet, maximizing material usage and reducing waste. Each design on the gang sheet is transferred individually, and once the transfer is complete, the gang sheet is no longer usable for further transfers.

If you require additional transfers of the same design, it would be necessary to create a new gang sheet with fresh transfer film and ink. This allows for continued production of multiple prints efficiently while ensuring the highest quality and accuracy in each transfer.

A gang sheet refers to a sheet of transfer film that contains multiple designs arranged in a strategic layout. It is a cost-effective and efficient method used in various printing processes, including DTF transfers. The purpose of a gang sheet is to maximize material usage and streamline production by allowing multiple designs to be printed simultaneously on a single sheet.

The designs on a gang sheet can vary in size, shape, and quantity, depending on the specific requirements of the printing project. By consolidating multiple designs onto a single sheet, the production process becomes more efficient, reducing material waste and setup time.

Once the designs are printed on the transfer film, each individual design can be cut or separated from the gang sheet for application onto the desired surfaces using a heat press or similar equipment. The gang sheet layout allows for precise positioning and easy handling during the application process.

Gang sheets are particularly useful for bulk printing, customization of apparel and accessories, and optimizing production workflows. They provide a practical solution for maximizing efficiency while maintaining the quality and consistency of the printed designs.

Gang sheets offer several benefits that make them a valuable tool in the printing process. Here are some reasons why gang sheets are beneficial:

Maximizing Material Usage: Gang sheets allow multiple designs to be arranged strategically on a single sheet of transfer film. This optimizes material usage by minimizing waste and maximizing the number of prints that can be produced from a given amount of transfer film.

Streamlining Production: By printing multiple designs simultaneously on a single gang sheet, the production process becomes more efficient. It reduces setup time and allows for faster printing and application of designs, ultimately increasing productivity and output.

Cost-Effectiveness: Gang sheets help reduce costs by minimizing material waste and maximizing the number of prints per sheet. This efficiency can result in significant savings, particularly when producing large quantities of customized items.

Precise Design Placement: Gang sheets enable precise placement and alignment of designs on the transfer film. This ensures accurate positioning of the designs during the application process, resulting in professional-looking prints.

Easy Handling and Application: Gang sheets provide a convenient way to handle and apply multiple designs. Each design on the sheet can be individually cut or separated for application onto the desired surfaces, making the process more organized and efficient.

Design Variety and Customization: Gang sheets allow for diverse design options on a single sheet. This versatility is particularly beneficial for offering a range of design choices to customers or for producing customized products with different designs.

Time Savings: Gang sheets reduce the time required for printing and application. With multiple designs on a single sheet, you can complete more prints in less time, which is especially advantageous for meeting tight deadlines or high-demand production schedules.

Overall, gang sheets streamline the printing process, minimize waste, increase efficiency, and offer cost-effective solutions for producing high-quality prints. Their benefits make them a valuable tool for businesses and individuals involved in customized printing and production.

UV DTF stickers are a type of custom sticker that is created using UV DTF (Direct-to-Film) printing technology. These stickers are designed to be vibrant, durable, and visually appealing. Here's an overview of UV DTF stickers:

UV Printing Technology: UV DTF stickers are produced using UV DTF printing, which involves printing designs directly onto a specialized transfer film using UV-cured inks. This technology ensures high-resolution prints with vivid colors and sharp details.

Direct-to-Film Process: The UV DTF printing process allows the ink to bond directly to the transfer film, resulting in a durable and flexible sticker that can be easily transferred onto various surfaces.

Customizable Designs: UV DTF stickers offer the flexibility to create custom designs according to your preferences. Whether it's logos, graphics, text, or intricate patterns, UV DTF printing can accurately reproduce your designs with excellent color fidelity.

Versatile Applications: UV DTF stickers can be applied to a wide range of surfaces, including glass, plastic, metal, paper, and different types of fabrics. They are commonly used for branding, promotional items, product labeling, packaging, and various other applications.

Vibrant Colors and Detail: UV DTF stickers provide vibrant and eye-catching colors, thanks to the UV-cured inks used in the printing process. This technology allows for excellent color saturation, sharpness, and fine details, ensuring that your stickers stand out.

Durability and Weather Resistance: UV DTF stickers are designed to be durable and long-lasting. They are resistant to fading, scratching, and other forms of wear and tear. Additionally, they often exhibit excellent resistance to UV radiation and weather conditions, making them suitable for both indoor and outdoor use.

Easy Application: Applying UV DTF stickers is a straightforward process. Simply peel off the backing from the sticker, position it on the desired surface, and apply pressure to ensure proper adhesion. Detailed application instructions are typically provided with the stickers.

Customizable Size and Shape: UV DTF stickers can be produced in various sizes and shapes to suit your specific needs. Whether you require small, round stickers or large, custom-shaped ones, UV DTF printing allows for versatile customization options.

UV DTF stickers offer a versatile and visually appealing solution for custom branding, labeling, and personalization. With their vibrant colors, durability, and ease of application, UV DTF stickers are a popular choice for various promotional and decorative purposes.

Vibrant Colors: UV DTF transfers utilize UV-cured inks that result in vibrant and eye-catching colors. The UV curing process ensures that the colors remain vivid and vibrant over time, enhancing the visual appeal of the transferred designs.

High Resolution and Detail: UV DTF transfers allow for high-resolution printing, ensuring sharp and detailed designs. The UV printing technology enables the reproduction of intricate patterns, fine lines, and small text with exceptional clarity and precision.

Versatility in Substrates: UV DTF transfers can be applied to a wide range of substrates, including fabrics, plastics, metals, glass, and more. This versatility allows for customization on various materials, expanding the possibilities for branding and personalization.

Durability: UV DTF transfers are known for their durability. The UV-cured inks used in the printing process are resistant to fading and scratching, ensuring that the transferred designs maintain their quality and longevity even with frequent use and exposure to various conditions.

Fast Curing Time: UV DTF transfers have a quick curing time. The UV inks cure almost instantly under UV light, eliminating the need for lengthy drying or curing periods. This fast curing time enables efficient production and faster turnaround times.

Eco-Friendly Printing: UV DTF transfers are considered more environmentally friendly compared to some other printing methods. The UV inks used often have low levels of volatile organic compounds (VOCs) and emit minimal to no harmful fumes during the printing process, promoting a more eco-conscious approach.

Customization Options: UV DTF transfers offer flexibility in terms of design customization. They can reproduce complex designs, gradients, and photographic images with great accuracy and detail, allowing for a wide range of creative possibilities.

Resistance to UV and Weather: UV DTF transfers exhibit excellent resistance to UV radiation and weather conditions. The UV-cured inks provide added protection against fading and deterioration, making them suitable for both indoor and outdoor applications.

UV DTF transfers combine vibrant colors, durability, versatility, and fast curing times, making them a preferred choice for custom printing projects that require high-quality and visually appealing results.

Yes, UV DTF transfers can be applied to a variety of surfaces, providing versatility in customization. Here are some common surfaces where UV DTF transfers can be applied:

Fabrics: UV DTF transfers can be applied to various fabric types, including cotton, polyester, blends, nylon, and more. They are commonly used for customizing apparel such as t-shirts, hoodies, caps, and bags.

Plastics: UV DTF transfers can adhere to different plastic surfaces, such as PVC, acrylic, polycarbonate, and more. They are often used for labeling, branding, and personalization of plastic products like water bottles, phone cases, and promotional items.

Metals: UV DTF transfers can be applied to metal surfaces like stainless steel, aluminum, and brass. They are utilized for customizing metal objects, including trophies, keychains, metal signs, and nameplates.

Glass: UV DTF transfers can be applied to glass surfaces, making them suitable for customization of glassware, mirrors, windows, and more. They can withstand normal handling and cleaning without significant wear or fading.

Paper/Cardboard: UV DTF transfers can be applied to paper and cardboard materials, allowing for custom labeling, packaging, and stationery applications. They provide vibrant and durable prints on paper-based products.

Wood: UV DTF transfers can be applied to wooden surfaces, offering customization options for wooden signs, plaques, furniture, and other wooden objects.

It's important to note that the adhesion and durability of UV DTF transfers may vary depending on the specific surface characteristics and preparation. Proper surface cleaning, texture, and compatibility with the UV inks used are factors to consider for successful application.

Always perform a test on a small, inconspicuous area of the surface before full application to ensure compatibility and desired results. Additionally, following the manufacturer's guidelines for heat, pressure, and application techniques is essential for achieving optimal adhesion and longevity on different surfaces.

To apply DTF transfers or UV DTF transfers, follow these general steps:

Preheat the Heat Press: Set your heat press machine to the recommended temperature for the specific DTF transfer or UV DTF transfer film you are using. Refer to the manufacturer's instructions for the correct temperature settings.

Position the Transfer: Place the transfer film with the printed design facing down onto the desired location on the substrate. Ensure that it is centered and aligned correctly.

Apply Pressure: Close the heat press machine, applying even pressure across the entire transfer area. The recommended pressure level may vary depending on the specific transfer film and ink being used. Consult the manufacturer's guidelines for the appropriate pressure setting.

Set the Time: Set the recommended time for heat application based on the transfer film and ink specifications. Typically, the recommended time is around 15-20 seconds, but it can vary. Consult the manufacturer's instructions for the precise time setting.

Press the Transfer: Once the heat press reaches the desired temperature, press the design by lowering the heat platen onto the transfer. Ensure that the transfer film is fully covered by the heat platen.

Release and Peel: After the designated press time has elapsed, carefully lift the heat press platen and promptly peel off the transfer film. Follow the instructions provided by the transfer manufacturer regarding hot or cold peeling.

Cooling and Quality Check: Allow the substrate and transferred design to cool down before handling. Once cooled, inspect the transferred design for adherence, vibrancy, and overall quality.

Note that specific instructions may vary depending on the transfer film, ink, and equipment being used. Always refer to the manufacturer's guidelines and follow their recommended settings and procedures for optimal results.

It's essential to practice proper heat press safety measures, including using heat-resistant gloves and ensuring a well-ventilated workspace. Additionally, perform test runs on a small, inconspicuous area before applying transfers to the final product to ensure compatibility and desired outcomes.

Yes, both DTF transfers and UV DTF transfers are typically washable when applied correctly and cared for properly. However, the specific durability and washability may vary depending on the quality of the transfer film, ink, and the substrate to which the transfers are applied.

To ensure the longevity and washability of DTF transfers and UV DTF transfers, it is essential to follow these guidelines:

Wait before washing: Allow the transferred design to fully cure and set before washing. This typically involves waiting at least 24 hours after the application.

Follow recommended washing instructions: Always follow the manufacturer's instructions for washing the garment or item with the transferred design. Typically, it is recommended to wash the item inside out in cold water using mild detergents.

Avoid harsh chemicals and bleach: Harsh chemicals and bleach can degrade the transferred design over time. It is advisable to avoid using these substances when washing the item.

Gentle washing cycle: Choose a gentle or delicate washing cycle to minimize the stress on the transferred design.

Air drying or low-heat tumble drying: To prevent excessive heat exposure, it is recommended to air dry the item or use a low-heat setting when tumble drying. High heat can potentially damage the transferred design.

Avoid ironing directly on the design: If ironing is necessary, it is best to iron the garment inside out or place a cloth between the iron and the transferred design to protect it from direct heat.

By following these care instructions, you can help ensure that your DTF transfers and UV DTF transfers maintain their vibrancy and durability even after multiple washes. It's important to note that proper care practices may vary slightly depending on the specific transfer film and ink used, so always refer to the manufacturer's instructions for the best results.

The use of UV curing in UV DTF transfers offers several advantages that contribute to the quality and efficiency of the printing process. Here are some key advantages of UV curing in UV DTF transfers:

Instant Curing: UV curing involves the use of ultraviolet light to instantly dry and cure the ink. Unlike other drying methods, UV curing eliminates the need for extended drying or curing times. The UV ink solidifies almost immediately upon exposure to UV light, allowing for faster production and reduced production time.

High Print Quality: UV curing enables high-resolution printing with excellent color vibrancy and sharpness. The instant curing prevents the ink from spreading or bleeding, resulting in crisp and precise prints. UV curing also enhances color saturation and allows for printing intricate details, gradients, and fine lines with exceptional accuracy.

Enhanced Adhesion: UV-cured inks have excellent adhesion properties, resulting in strong and durable bonds between the ink and the substrate. This ensures that the transferred design adheres well to the surface, providing long-lasting and resilient prints.

Versatility of Substrates: UV-cured inks are compatible with a wide range of substrates, including textiles, plastics, metals, glass, and more. This versatility allows for the application of UV DTF transfers on various surfaces, expanding the possibilities for customization and branding.

Reduced Volatile Organic Compounds (VOCs): UV-cured inks typically have lower levels of volatile organic compounds (VOCs) compared to traditional solvent-based inks. This makes UV DTF transfers a more environmentally friendly option, as they emit fewer harmful fumes and contribute to a cleaner working environment.

Increased Efficiency: The instant curing of UV inks enables faster production cycles. With UV DTF transfers, there is no need to wait for drying times or worry about smudging. This efficiency translates to higher productivity and quicker turnaround times.

Overall, UV curing in UV DTF transfers provides superior print quality, faster production, enhanced adhesion, and compatibility with a wide range of substrates. These advantages make UV DTF transfers an attractive option for high-quality and efficient custom printing projects.

UV DTF transfers can be used for outdoor applications, but their durability and longevity in outdoor environments may vary depending on several factors. Here are some considerations regarding the outdoor use of UV DTF transfers:

UV Resistance: UV DTF transfers are typically formulated with UV-cured inks that offer good resistance to UV radiation. This helps to mitigate the effects of sunlight exposure and prevent premature fading or degradation of the transferred design. However, the level of UV resistance can vary among different UV DTF transfer films and inks. It's important to consult the manufacturer's specifications and recommendations for outdoor use.

Substrate Compatibility: The substrate to which the UV DTF transfers are applied also plays a crucial role in their outdoor durability. Some substrates, such as certain types of fabrics or plastics, may be more susceptible to UV damage or weathering. Ensure that the substrate is suitable for outdoor applications and has good resistance to UV radiation and environmental conditions.

Lamination for Added Protection: To enhance the durability of UV DTF transfers for outdoor use, consider applying a clear protective laminate over the transferred design. This additional layer can provide extra UV protection, weather resistance, and abrasion resistance, helping to prolong the life of the transferred design in outdoor settings.

Proper Maintenance: Regular maintenance and care can contribute to the longevity of UV DTF transfers used outdoors. Follow the manufacturer's recommendations for cleaning and maintenance to ensure optimal performance. Avoid using harsh chemicals or abrasive cleaning methods that may damage the transferred design.

While UV DTF transfers can be used for outdoor applications, it's important to note that extended exposure to harsh outdoor conditions, such as intense sunlight, extreme temperatures, and moisture, may eventually impact the durability and vibrancy of the transferred design. For long-lasting outdoor applications, consider consulting with a printing professional or exploring alternative printing methods specifically designed for outdoor use, such as UV-resistant screen printing or specialty outdoor signage materials.