Greenstar Touch 'n Hold Smooth Door Closer - Sandstone, Single Kit for Medium & Lightweight Storm Doors

Overview

The Greenstar Touch 'n Hold Smooth Door Closer is a standard-duty single kit designed for medium and lightweight storm, screen, and security doors. The sandstone finish blends with a variety of door styles while delivering a dependable closing action designed for everyday use.

With a touch button hold open feature, the closer lets you fix the door at a preferred position for convenient passages when your hands are full. When you’re ready, a gentle nudge releases the hold and the door glides back into its smooth closing motion, reducing bounce and legwork during busy moments.

Key Benefits

• Hands-free hold open via a touch control for flexible access
• Automatic release by nudging the door further open for easy re-entry
• Smooth closing technology minimizes bounce for comfortable operation
• Single kit design intended to simplify installation and replacement with common door brands

Real World Use Scenarios

• Carrying groceries or packages while doors stand between rooms
• Waiting deliveries or caring for pets with the door holding at a convenient position
• Upgrading storm, screen, and security doors in homes or light offices for smoother transitions

Installation, Finish, and Compatibility

The sandstone finish offers a neutral look that complements many exterior and interior doors. This standard-duty closer is designed for easy replacement on several popular brands, including Larson, Andersen, Pella, Unique Home Design, EMCO, and more.

What’s in the box includes the door closer body, mounting hardware, and simple instructions. For best results, ensure proper alignment and follow the included guidance. Note that performance may vary with door type, mounting, and frequency of use.

Care and Maintenance

Keep the mechanism clean with a soft, damp cloth and mild detergent. Avoid harsh solvents that could affect plastics or coatings. Periodic checks on screws and alignment help preserve smooth operation over time.