Roaring Spring ROA95182 Engineering Calculation Pad 100 Sheets

Product Description

The ROARING SPRING PAPER PRODUCTS ROA95182 is an engineering calculation pad designed for technical drafting, calculations, and lab work. It features 100 sheets of smooth buff-shade 16 lb paper with a printed outline box on the front and a 5-squares-per-inch grid printed on the back that shows through as a dimensional guide for accurate layout and spacing. The 34-point chipboard back provides a firm writing surface when used away from a desk. Sheets are glued along the top edge for clean, controlled tear-out. The pad is sized for letter-size pages and is three-hole punched for direct filing in standard three-ring binders.

This pad is suited for engineering courses, lab environments, technical offices, and field calculations where a consistent grid reference is needed without heavy pre-printed lines on the writing surface. The show-through grid allows freehand sketching and calculation work to stay aligned while keeping the writing face clean. It is commonly used by engineering students, drafters, and technical professionals for structured note-taking and preliminary design work.

Key Features

• 5-squares-per-inch grid printed on back sheet, shows through as a dimensional guide on the writing surface
• Smooth buff-shade 16 lb paper with printed outline box on front
• 100 sheets per pad, glued along top edge for clean tear-out
• 34-point chipboard back for surface stability
• Three-hole punched to fit standard three-ring binders
• Letter size format for compatibility with standard filing systems

Compatibility

Designed for use with standard three-ring binders accepting letter-size sheets. Suitable for engineering classrooms, lab settings, and technical office applications requiring a grid-guided writing surface.

Installation Notes

No installation required. Store flat in a dry environment to prevent warping of the chipboard back. When inserting into a three-ring binder, align the pre-punched holes carefully to avoid tearing the top-glued edge during page turns.