1-1/4" Galvanized Close Nipple TBE (Threaded Both Ends) – Industrial Pipe Fitting – Replaces Schmidt Axxiom 3029-007-99
Model: 888-3029-10799PB
Category: Surface Preparation → Sandblasting Equipment → Fittings, Valves & Pipe Components
Type: 1-1/4" Galvanized Close Nipple (TBE – Threaded Both Ends)
The 1-1/4" Galvanized Close Nipple TBE (Part #888-3029-10799PB) is a compact, industrial-grade fitting designed for tight pipe connections with minimal spacing in sandblasting and compressed air systems.
Key Features & Benefits
- 1-1/4" close nipple for ultra-compact pipe connections
- Galvanized steel construction for corrosion resistance and durability
- Threaded both ends (TBE) for easy installation
- Minimizes spacing between connected fittings
- Provides secure, leak-resistant connections
- Ideal for compressed air and sandblasting systems
- Built for industrial and continuous-duty applications
- Direct replacement for Schmidt / Axxiom 3029-007-99
Technical Specifications
- Product Name: Close Pipe Nipple (TBE)
- Part Number: 888-3029-10799PB
- Size: 1-1/4" (Close Length)
- Material: Galvanized Steel
- Thread Type: Male x Male (Threaded Both Ends)
- Weight: 0.20 lbs
- Application: Sandblasting & Compressed Air Systems
- Condition: New
Compatibility Notes
- Replaces: Schmidt / Axxiom Part #3029-007-99
- Compatible with Schmidt Manufacturing, U.S. Filter, and Axxiom systems
- Designed for standard 1-1/4" threaded piping systems
- Ideal for applications requiring minimal spacing between fittings
- Verify thread type and system compatibility prior to installation
Typical Applications
- Sandblasting equipment compact pipe connections
- Compressed air system tight configurations
- Industrial piping assemblies in confined spaces
- Replacement of worn or damaged close nipples
Performance Benefits
- Provides tight, space-saving pipe connections
- Ensures secure, leak-resistant sealing under pressure
- Galvanized finish enhances corrosion resistance and longevity
- Supports efficient and compact system layouts
- Built for reliable performance in demanding industrial environments