STAPLER UPHOLSTERY 22ga 5/8" 10K PK - Black & Decker

The Black & Decker PKPUS58G Upholstery Stapler is a professional-grade fastening tool engineered for precision work in demanding automotive and light industrial settings. This 22-gauge fine-wire stapler ensures consistent, controlled staple placement for trim shops and interior specialists working with various materials such as fabric, vinyl, and light leather over foam or backing boards.

Key Features

• 22 Gauge Fine-Wire Performance: Utilizes standard fine-wire 22-gauge staples to ensure minimal surface disturbance, providing a clean and professional finish on visible trim components.
• Accommodates 5/8" Staples: This robust 5/8 staple gun offers solid holding power through fabric, foam, and common interior backer materials for secure and lasting attachments.
• Consistent Drive Depth: Engineered for uniform staple penetration, minimizing issues like blow-through or pull-outs, which reduces the need for rework on critical seats, panels, and edges.
• Durable Construction: Built to Black & Decker's quality standards, ensuring reliability and longevity for daily use in demanding automotive upholstery and light industrial settings.
• Ergonomic Handling: Features a balanced body and a comfortable grip designed to reduce hand fatigue during repetitive stapling tasks, supporting efficiency on extensive projects.

Applications

• Automotive Upholstery: Ideal for repair and re-trimming of seats, door panels, quarter panels, headliners, and trunk liners across a wide range of passenger cars, light trucks, and vans.
• Interior Component Assembly: Securing fabric, vinyl, and light leather to steel or composite seat frames, fiberboard, and various plastic interior backers.
• Shop Interior Work: Suitable for wrapping acoustic panels, covering interior boards, and installing dust covers in professional workshop environments.
• Light Industrial and Furniture Upholstery: Provides reliable hold in tasks where a 22-gauge, 5/8" staple offers sufficient fastening without excessive material penetration.