3/8" x 1/4" Galvanized Reducing Bushing Pipe Fitting – Threaded Reducer – Replaces Schmidt Axxiom 3012-103-02
Model: 888-3026-10302PB
Category: Surface Preparation → Sandblasting Equipment → Fittings, Valves & Pipe Components
Type: 3/8" x 1/4" Galvanized Reducing Bushing Pipe Fitting (Threaded Reducer)
The 3/8" x 1/4" Galvanized Reducing Bushing Pipe Fitting (Part #888-3026-10302PB) is a compact, industrial-grade fitting designed to reduce pipe size efficiently in sandblasting and compressed air systems.
Key Features & Benefits
- 3/8" x 1/4" reducing bushing for compact pipe size reduction
- Galvanized steel construction for corrosion resistance and durability
- Compact design minimizes need for additional fittings or adapters
- Ideal for control lines, instrumentation, and compressed air systems
- Provides secure, leak-resistant threaded connections
- Suitable for industrial system maintenance and upgrades
- Direct replacement for Schmidt / Axxiom 3012-103-02
Technical Specifications
- Product Name: Reducing Bushing Pipe Fitting
- Part Number: 888-3026-10302PB
- Size: 3/8" x 1/4"
- Material: Galvanized Steel
- Connection Type: Female (3/8") x Male (1/4")
- Weight: 0.08 lbs
- Application: Sandblasting & Compressed Air Systems
- Condition: New
Compatibility Notes
- Replaces: Schmidt / Axxiom Part #3012-103-02
- Compatible with Schmidt Manufacturing, U.S. Filter, and Axxiom systems
- Designed for standard threaded piping systems (3/8" to 1/4")
- Ideal for low-volume air lines and control systems
- Verify thread type and system requirements prior to installation
Typical Applications
- Sandblasting control line reductions
- Pneumatic and instrumentation systems
- Compressed air system size transitions
- Industrial piping adjustments in tight configurations
Performance Benefits
- Enables efficient size reduction with minimal flow restriction
- Galvanized finish enhances corrosion resistance and service life
- Ensures secure, leak-resistant system connections
- Supports compact, efficient piping layouts
- Built for reliable performance in industrial environments