POWERTEC 4 in. T-Fitting Dust Hose Connector

?Introducing the 4-Inch T-Fitting by POWERTEC? This handy t shaped connector optimizes your dust collection system’s performance by allowing you to add branches (connections) to your set-up without compromising its efficiency. It creates a secure and airtight connection to ensure that harmful dust, dirt and debris is sucked and extracted directly into your dust collector – producing clean air and a clear working environment. This dust collector hose adapter is ideal for professionals, hobbyists and workshops where space or machine design constraints are a concern. ?Application Versatility? – Facilitate a dual hose connection from a single main dust hose line. – Connect two separate machines directly to the dust collector’s main hose. Get creative! Try your own 4″ configurations and watch your workshop workflow advance to the next level. ?Premium Build? The POWERTEC T-Fitting is made out of high quality ABS plastic. This lightweight material is commonly known for it’s super durability and abrasion resistance – both qualities excellent for any workshop or woodworking environment that depends on high performance dust extraction. ?T-Shaped Fitting Dimensions ? 4-Inch OD nominal ends measure 3-61/64-Inch O.D. and 3-43/64-Inch I.D.

• INCLUDES: (1) T-Fitting Dust Hose Adapter
• FUNCTION: Gives you the ability to connect two separate machines (or two hoses from the same machine) directly to the dust collector’s main hose
• AIRTIGHT DESIGN: Ensures that potent dust and harmful debris is extracted straight into your dust collector without leakage and returns the clean air back into your workshop environment
• BUILD: Featuring a non-threaded, all-black ABS plastic construction, this dust hose t fitting was designed for durability and made to withstand the wear and tear often associated with woodworking dust extraction
• SPECIFICATIONS: Contains three 4-Inch OD nominal ends measuring at 3-61/64-inch outer diameter and 3-43/64-inch inner diameter
• Optimizing system efficiency, flexibility and effectiveness