Bronze Strainer 1/4" 90 Micron (Replaces Schmidt Axxiom 2301-902-90)
Model: 888-2301-90290PB
Category: Surface Preparation → Sandblasting Equipment → Filtration & Fluid Components
Type: Bronze Strainer / Inline Filtration Component
The Bronze Strainer 1/4" 90 Micron (Part #888-2301-90290PB) is a high-performance inline filtration component designed to protect abrasive blasting systems and fluid control equipment from debris and contaminants. Engineered as a direct replacement for Schmidt Axxiom 2301-902-90, this strainer ensures clean fluid flow and helps extend the life of critical system components.
Key Features & Benefits
- Direct replacement for Schmidt Axxiom 2301-902-90
- 90-micron filtration captures fine contaminants and debris
- 1/4" connection size for standard system compatibility
- Durable bronze construction for corrosion resistance and longevity
- Protects valves, nozzles, and control components from damage
- Helps maintain optimal system performance and efficiency
- Designed for industrial and contractor-grade applications
- OEM-equivalent fit and reliable performance
Technical Specifications
- Product Name: Bronze Strainer
- Part Number: 888-2301-90290PB
- Connection Size: 1/4"
- Filtration Rating: 90 Micron
- Material: Bronze
- Weight: 1.00 lbs
- Function: Inline Filtration / Debris Removal
- Application: Sandblasting / Abrasive Blasting Systems / Fluid Handling
- Condition: New
OEM Compatibility
This product is compatible with the following OEM manufacturers:
-
Schmidt Manufacturing / U.S. Filter / Axxiom Manufacturing
- Replaces Part #: 2301-902-90
Typical Applications
- Filtering air or fluid lines in abrasive blasting systems
- Protecting control valves and nozzles from contamination
- Preventing debris buildup in sensitive system components
- General-purpose inline filtration in industrial equipment
Performance Benefits
- Extends the lifespan of system components
- Reduces maintenance and downtime
- Maintains consistent flow and system efficiency
- Prevents clogging and internal damage
- Provides reliable filtration in demanding environments