Product Applications

Battery labels and EV labels must withstand the harshest operating environments from traditional configurations to the most advanced electric vehicles and outdoor power equipment. GRLabel's durable label solutions protect the clarity of your branding, safety warnings, and instructional messaging for the full lifetime of your product.

Extended content labels (ECL) require multiple layers to provide enough printable surface for technical information, usage instructions, and operational safety requirements. Working with a label partner that has the press equipment and creativity to handle multi-layer printing, folding, and hinge requirements is critical to a successful ECL project. GRLabel works with you to meet your extended content labeling specifications and maintain efficient assembly without sacrificing durability or performance.

GHS labels and CLP labels use universally recognizable symbols to convey critical safety information. Beyond the required symbols, these chemical warning labels must also meet strict requirements for visibility, durability, color integrity, and performance in challenging environments. GRLabel understands the specific, often stringent standards for GHS/CLP labeling and delivers compliant label solutions that meet or exceed all applicable regulations.

GRLabel's die cut window labels feature a custom die cut through the back of a clear label's liner and adhesive, creating a void where the print and branding information sits on the back of the label face stock. This traps the printed content between the label surface and the substrate it's affixed to, providing guaranteed durability and protection for parts marking and branding applications.

As in most retail applications, visual appeal is a critical characteristic of our cone sleeves solutions. With GRLabel's extensive range of foils, colors and techniques, we're sure to meet all of your brand design needs. QR coding can be utilized for next-level client engagement. Additionally, our cone sleeves are manufactured with adherence to all GFSI direct food contact regulations, guaranteeing the quality and safety of your product.

Subsurface label printing essentially reverses the traditional label printing process. Content is printed below the surface, providing extra protection for your design against abrasion, contaminants, fluids, and moisture. While subsurface printing is a unique and challenging process, GRLabel delivers high quality subsurface labels that remain vibrant and functional even in the most extreme working environments.

For products in clear containers where the product's appearance is part of the brand experience, GRLabel offers ultra clear labels built with ultra-clear adhesives. These specialty clear labels are engineered to stay clear with no yellowing or bubbling and to withstand the heat generated by rapid label applicators. GRLabel's clear label technology delivers the bright, bold look you want while letting your product show through.

GRLabel's masking labels use a special multilayer construction that allows the label to be applied to parts or products prior to painting or coating. The secondary layer can then be peeled away, leaving the printed information untouched by paint or coating. Popular for automotive masking applications, these labels simplify early part marking, ensure reliable long lasting adhesion, and can also provide rust protection.

Internal die cut labels are ideal when labels need to fit precisely on irregular surfaces or around components while maintaining durability and compliance. These die cut labels also help reduce installation errors, withstand high heat and fluids, and stay legible over the full vehicle life.

GRLabel's variable data printing uses the latest UV Drop on Demand (DOD) technology from Digital Print Inc, offering proven performance, ease of operation, flexible resolutions, and scalability for future requirements. This variable print technology is ideal for printing on difficult substrates like films, foils, plastics, coated stocks, and other synthetics, removing the restrictions on how you can use variable data printing.

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