ACYPAPER Plotter Paper 36 x 150, CAD Paper Rolls, 20 lb. Bond Paper on 2" Core for CAD Printing on Wide Format Ink Jet Printers, 4 Rolls per Box. Premium Quality

Product Details

• Brand: ACYPAPER
• Color: White
• Item Weight: 80 Grams
• Unit Count: 150.0 Count
• Manufacturer: ACYPAPER
• Paper Size: 36" x 150' Feet
• Sheet Count: 80
• Paper Weight: 20
• Item Dimensions L x W: 1800"L x 36"W
• Paper Finish: Uncoated
• Brightness: 96 Lumen
• Material Features: Biodegradable

About this item

• Size and Quantity: ACYPAPER delivers convenience with its 36" x 150' Plotter Paper Rolls on 2 Inch Core providing users with a comprehensive set of four rolls per box. This ensures an ample supply for large-scale printing projects, maintaining workflow efficiency.
• Paper Weight and Brightness: The plotter paper rolls feature a substantial weight of 80 grams per square meter (GSM) or 20 pounds, coupled with a bright 96 rating. This combination guarantees a sturdy yet flexible paper suitable for diverse large-format printing applications while enhancing the clarity and vibrancy of printed content.
• Plotter Compatibility: Engineered for compatibility with a variety of plotters and large-format printers, ACYPAPER's 36" x 150' rolls are a versatile choice for professionals in architecture, engineering, and design. This compatibility ensures seamless integration into existing printing setups for reliable and efficient use.
• High-Quality Printing: The 96 brightness rating contributes to producing high-quality prints with sharp details and vibrant colors. This makes the plotter paper ideal for applications where precision and visual impact are paramount, such as detailed technical drawings, architectural plans, and graphic designs.
• Convenient Packaging: The plotter paper rolls are thoughtfully packaged, presenting users with four rolls in each box. This packaging not only facilitates easy storage but also ensures a continuous and readily available supply, reducing the need for frequent reordering and minimizing potential interruptions during large-scale printing tasks.