Bostitch BOSSB35125M Heavy-duty Staples 1/2 in 55-85 Sheet

Product Description

The BOSTITCH BOSSB35125M is a high-carbon wire staple designed for demanding, high-volume stapling tasks. With a 1/2 inch leg length and finely honed chisel points, these staples deliver maximum penetration while minimizing buckling and jamming in heavy-duty staplers. The chisel point geometry allows the staple to drive cleanly through thick paper stacks, keeping workflow moving without frustrating clearance stops. Sold per package, these staples are a reliable consumable for office environments, print shops, and facilities teams handling continuous high-volume stapling.

The BOSSB35125M is rated for stapling stacks of 55 to 85 sheets, making it suitable for thick document collation, report binding, and bulk fastening applications. These staples are intended for use in compatible heavy-duty staplers that accept this staple size and gauge. The high-carbon wire construction maintains point integrity through repeated use and resists deformation under load, ensuring consistent drive performance across the full rated sheet-count range.

Key Features

• 1/2 inch leg length for secure fastening of 55 to 85 sheet stacks
• High-carbon wire construction for strength and reduced deformation
• Finely honed chisel points minimize buckling and jamming
• Designed for use in heavy-duty staplers requiring this staple format
• Hazardous material classification: No

Compatibility

Designed as a replacement consumable for heavy-duty staplers that accept 1/2 inch leg staples in the BOSTITCH SB35 staple series format. Consult your stapler model documentation to confirm staple size and gauge compatibility before use.

Installation Notes

Load staples according to the stapler manufacturer's instructions — always disengage or lock the stapler before reloading to prevent accidental actuation. Do not force incompatible staple sizes into a stapler magazine. Inspect the magazine channel for debris or bent staples before loading a fresh strip to maintain reliable feed performance.