AllPoints 1391028 9 Inch Clipboard Hardboard for Foodservice Use
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- Impact-resistant hardboard ensures durability under heavy use
- Precisely dimensioned at 9" W x 12.5" L for standard documents
- Lightweight design weighing only 0.49 lbs for easy handling
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The AllPoints 1391028 Clipboard Hardboard 9x12.5" is a durable, commercial-grade writing surface designed for foodservice and industrial environments. Crafted from high-quality hardboard, this clipboard measures 12.5 inches in length and 9 inches in width, providing a sturdy platform for documentation, order taking, and reference in fast-paced settings. Its robust construction ensures resistance to impacts and daily handling, making it suitable for use in kitchen stations, catering operations, and food preparation areas. The precision dimensions and material integrity facilitate reliable performance and ease of maintenance, supporting efficient workflow management in various hospitality and manufacturing sectors.
The AllPoints 1391028 Clipboard Hardboard offers a resilient surface ideal for commercial foodservice tasks, with features tailored for durability and practical use. It’s designed to withstand frequent handling, with a compact form factor that simplifies storage and maneuverability in busy commercial kitchens. Its hardboard material resists warping, ensuring consistent performance during prolonged use. The precise dimensions enable seamless integration into prep stations, and the lightweight build aids portability. It supports streamlined workflows by providing a firm writing surface for order tickets, inventories, and checklists in food processing operations.
Ideal for busy kitchens, food prep stations, or industrial environments requiring a reliable writing surface
The AllPoints 1391028 Clipboard Hardboard features a precise 9" width with a 12.5" length and a thickness of approximately 2 inches, providing a sturdy, impact-resistant work surface. Weighing just 0.49 lbs, it offers portability for handheld use or station-mounted applications. Constructed from high-grade hardboard, it ensures longevity and resistance to warping under typical kitchen or workshop conditions. The product is made exclusively from non-hazardous, food-safe materials and is designed for easy cleaning with standard disinfectants, supporting sanitary practices. Its dimensions are optimized for fitting standard documentation, making it highly compatible with various workflow setups. The lightweight build facilitates handling, while the durable material withstands daily impacts and frequent cleaning.
A commercial clipboard hardboard is a resilient documentation surface designed for high-frequency handling in foodservice and industrial settings. Made from impact-resistant, food-safe hardboard, it provides a sturdy, lightweight platform for writing or display in busy environments. The AllPoints 1391028 Clipboard Hardboard is equipped with precise dimensions to facilitate use in food prep stations, catering workflows, or packaging areas, supporting efficient and hygienic documentation. Its durability ensures consistent performance under repetitive handling, making it ideal for medium-volume workflows in restaurants, kitchens, or manufacturing facilities.
Providing a robust surface for documentation and order management, the AllPoints 1391028 Clipboard Hardboard is built for efficient operation in busy kitchen or industrial kitchens, with a compact footprint and impact-resistant design suited for moderate throughput settings. AllPoints 1391028 offers a durable, lightweight solution that supports seamless workflow integration in food preparation and service areas.
Designed for durability and practical functionality, the AllPoints 1391028 Clipboard Hardboard stands out from competitors with its impact-resistant hardboard surface and precise dimensions. Its construction supports frequent handling, easy cleaning, and reliable performance across various foodservice workflows. This model’s light weight and compact design enhance mobility and storage efficiency, enabling faster documentation in high-demand environments without sacrificing stability or hygiene.
