Whether it’s a trash chute for an apartment building in Boston or a laundry chute installation in a Virginia Beach hospital, the benefits of steel chute systems are clear.
Key Advantages
Our chutes are made from corrosion-resistant, American-made steel, engineered for decades of reliable use.
Fire-rated chute doors and fully compliant materials offer enhanced safety over plastic or aluminum alternatives.
Sealed systems with odor control like the Master Blaster maintain hygiene and reduce the spread of contaminants.
Reduces waste handling time and streamlines building maintenance.
Proper planning and execution are key to a successful trash chute installation. That’s why we offer free planning and consultation to help you evaluate factors such as building height, trash volume, and local fire codes.
What to Consider:
Choose the right chute diameter and trash compactor based on daily disposal needs.
Chutes must be properly vented and accessible for cleanouts and maintenance.
Every system is installed to meet or exceed federal and local regulations in cities like Washington D.C., Newark, Hartford, and Baltimore.
Internal steel laundry chutes—also called linen chutes—are essential in high-capacity facilities such as hospitals, hotels, and assisted living centers.
Benefits
Speeds up linen disposal and reduces bottlenecks in large facilities.
Segregated, sealed chutes reduce the spread of bacteria.
Maximizes space by eliminating the need for bulky carts or additional storage.
Our laundry chute systems are designed for vertical drop efficiency, smooth transitions, and safety across all floors.
Tri-State has proudly worked with public, private, and municipal clients up and down the East Coast—from academic campuses in upstate New York to luxury condos in coastal New Jersey.
Recent Projects
Furnished and installed new trash chutes and a compactor system.
Upgraded existing chute infrastructure with new linen chutes.
Replaced aging trash compactors with modern, efficient models.
Installed four new trash chutes and four bi-sorter recycling units to optimize waste separation.