Product Overview
1.91" HDPE 24-Shot Fan Rack – Blue
The 1.91" HDPE 24-Shot Fan Rack – Blue is a heavy-duty fireworks mortar rack featuring 24 blue HDPE mortar tubes secured in a sturdy wooden frame. Designed with a double-row fan configuration, this fully assembled rack provides multiple angled firing positions to create a broad, sweeping spread of aerial effects across the sky.
Product Specifications
- Product Type: HDPE Fireworks Mortar Rack
- Mortar Size: 1.91 inches
- Tube Count: 24
- Tube Length: 12 inches
- Tube Material: HDPE (High-Density Polyethylene)
- Tube Color: Blue
- Rack Material: Heavy-duty wood construction
- Configuration: Double-row fan
- Adjustment: Fixed-position fan design
- Assembly: Fully assembled
- Application: Fireworks display equipment
- Shells Included: No
Heavy-Duty HDPE Construction
This rack includes 24 durable blue HDPE mortar tubes, each measuring approximately 12 inches long, securely mounted within a substantial wooden framework. The HDPE construction provides a durable and reusable mortar option for compatible fireworks shells when properly inspected and maintained.
Double-Row Fan Configuration
The 24-shot double-row fan design positions the mortar tubes at multiple fixed angles, helping spread aerial effects across a wider portion of the sky. The combination of multiple rows and angled firing positions adds width and dimension compared with a traditional straight mortar rack.
Fully Assembled & Ready for Your Setup
The 1.91" HDPE 24-Shot Fan Rack comes fully assembled with all 24 HDPE mortar tubes included. Its larger capacity, organized double-row layout, and sturdy wooden construction make it a convenient option for experienced fireworks users looking to incorporate additional firing positions into a larger display.
Fireworks Safety
Always use shells specifically compatible with the mortar dimensions and follow the shell manufacturer's instructions. Position the rack on a stable surface and follow all applicable laws, manufacturer requirements, and established fireworks safety procedures.