APV Urethane Pneumatic Conversion Kit 1" for Small Blaster Pressure Hold System w/ 55' Twinline Control Hose (Replaces Schmidt Axxiom 0003-061)
Model: 888-0002-061PB
Category: Surface Preparation → Sandblasting Equipment → Abrasive Blaster Control Systems & Conversion Kits
Type: APV Urethane Pneumatic Conversion Kit (1", Small Blaster, Pressure Hold)
The APV Urethane Pneumatic Conversion Kit 1" (Part #888-0002-061PB) is a dependable solution for small pressure hold abrasive blasters, providing pneumatic abrasive cutoff control with enhanced durability and consistent performance.
Key Features & Benefits
- Designed for 1" small pressure hold blaster systems
- Pneumatic abrasive cutoff control system
- Urethane sleeve construction for durability and flexibility
- Includes 55' twinline control hose for remote operation
- Reliable, low-maintenance alternative to electric systems
- Ideal for rugged job sites and continuous use
- Direct replacement for Schmidt / Axxiom 0003-061
Technical Specifications
- Product Name: APV Urethane Pneumatic Conversion Kit
- Part Number: 888-0002-061PB
- Blaster Size Compatibility: 1" Small Blasters
- System Type: Pressure Hold
- Control Type: Pneumatic
- Sleeve Material: Urethane
- Control Hose: 55 ft Twinline Hose
- Weight: 58.60 lbs
- Application: Abrasive Blasting Systems
- Condition: New
Compatibility Notes
- Replaces: Schmidt / Axxiom Part #0003-061
- Designed for small pressure hold abrasive blaster systems
- Requires minimum 9" clearance under vessel for installation
- Confirm compatibility with your system prior to purchase
Typical Applications
- Small pressure hold abrasive blasting systems
- Industrial surface preparation
- Job sites where pneumatic systems are preferred
- Converting or upgrading existing blasting equipment
Performance Benefits
- Provides consistent and responsive abrasive cutoff control
- Durable urethane sleeve resists wear in abrasive environments
- Pneumatic operation reduces reliance on electrical components
- Easy to maintain and troubleshoot
- Ideal for field use and harsh environments