Novus Premium Heavy Duty Staples - 23 Gauge - 8mm Length

Using premium high carbon steel wire for reduced staple buckling and jamming, the extra-sharp chiseled points pierce stacks of paper for maximum sheet capacity and stress-free operation.

Heavy-Duty Easy Touch Desk Staples are designed for use with Swingline's Light Touch Heavy-Duty Staplers. Staples feature a 1/2" crown width, a 5/8" leg length and 100 staples per strip. Premium quality increases productivity and reduces jamming. Stronger, thinner wire provides streamlined look for presentations and important documents. Chisel points for easy penetration. Each staple fastens 20 to 120 sheets. Larger Quantity Quotes Available. Please call 1-888-978-7759.

Top-quality, heavy-duty staples provide clean, consistent stapling you can rely on. Sharp chisel points allow easy penetration and reduce jamming. Staple Type: Heavy-Duty; For Use With: Swingline® 900XD; GBC® 224XHD, Bostitch® 00540; Leg Length: 15/16"; Sheet Capacity: 210. Larger Quantity Quotes Available. Please call 1-888-978-7759.

Premium, heavy-duty staples were developed for optimum performance in Bostitch 00540, B310HDS and most heavy-duty staplers. Made from superior quality, high carbon wire to reduce buckling and jamming, the finely honed chisel points deliver maximum penetration for maximum sheet capacity. Optimized 1/2" (12mm) leg length drives through a sizable 55 to 85 sheets to fasten them. Larger Quantity Quotes Available. Please call 1-888-978-7759.

EZ Squeeze Premium Staples are made with Bostitch's B8 PowerCrown feature for ultimate drive performance. As this crowned (peaked) staple top is flattened during the staple drive, it forces the staple legs outward so they are more fully supported by the stapler magazine throughout the drive. This design delivers more stapling force and reduced buckling for maximum penetration. Staples are constructed from superior-quality high-carbon steel wire to reduce buckling for maximum penetration. The EZ Squeeze staples were crafted for specific optimum performance in Bostitch's reduced effort, ...