APV Big-Bore™ Shot Peener 100# Repair Kit – Tungsten Carbide Sleeve & Seat

Model: 888-2151-22099PB
Category: Surface Preparation → Sandblasting Equipment → Valve Components & Repair Kits
Type: Repair Kit (Tungsten Carbide Sleeve & Seat)

The APV Big-Bore™ Shot Peener 100# Repair Kit – w/ Tungsten Carbide Sleeve & Seat is a complete rebuild solution designed for Big-Bore™ Shot Peener 100# straight-down metering valves. Engineered for extreme-duty applications using steel shot and conditioned cut wire, this kit restores high-flow performance, durability, and precise media control in demanding shot peening environments.

Key Features & Benefits

• Complete repair kit for Big-Bore™ Shot Peener 100# valves
• Includes tungsten carbide sleeve AND hard seat for maximum durability
• Designed for high-volume shot peening applications
• Restores precise and consistent media flow
• Extends valve lifespan and reduces downtime
• Cost-effective alternative to full valve replacement

Kit Includes

• Component #6
• Component #8
• Component #11
• Component #12
• Component #15
• Component #23
• Component #24

(Based on Big-Bore™ shot peener internal component diagram)

Technical Specifications

Product Name: Big-Bore™ Shot Peener Repair Kit (w/ TC Sleeve & Seat)
Model / Part Number: 888-2151-22099PB
Weight: 2.05 lbs
Material: Tungsten Carbide (Sleeve & Seat) + OEM Internal Components
Function: Valve Rebuild / Maintenance
Compatibility: APV Big-Bore™ Shot Peener 100# Straight-Down Valves
Application: Shot Peening Systems
Condition: New

Important Usage Note

⚠️ For use with:

• Steel shot
• Conditioned cut wire

Not intended for sand, slag, or general abrasive blasting media.

Typical Applications

• High-production shot peening systems
• Aerospace and automotive surface treatment
• Heavy-duty stress relief and surface hardening
• Large-scale industrial blasting operations

Performance Benefits

• Restores valve to near-original high-flow performance
• Maximizes wear life with tungsten carbide components
• Maintains consistent shot flow at high volumes
• Reduces maintenance frequency and downtime
• Improves efficiency in extreme-duty environments