Buse courbée souple (D0,28") pour machine de projection de glace sèche AI30

This DN30 soft curved nozzle is designed for cleaning tasks where rigid tools can't reach. With a bendable front section and a precise 0.28" round stream, it delivers dry ice effectively onto curved, rounded, and hard-to-access surfaces.

Flexible for Curved Surfaces

The soft, bendable front section can be gently shaped to match the contour of pipes, cylinders, tanks, and rounded machinery parts—allowing for consistent cleaning without constant repositioning.

Precision Stream on Complex Shapes

The 0.28" diameter round orifice delivers a focused dry ice stream that cleans effectively on irregular geometries while remaining gentle enough to avoid surface damage.

Hybrid Durable Construction

Features a sturdy aluminum base for a secure G 1/2" connection, paired with a resilient, low-temperature-resistant polymer tube that withstands repeated bending and dry ice impact.

Key Specs at a Glance

• Model: DN30
• Thread Size: G 1/2" (standard female thread, aluminum base)
• Orifice Diameter: 0.28 inches (~7 mm)
• Length: 30 cm (~11.8 inches)
• Flow Rate: Optimized for systems up to 50 CFM (actual flow depends on air pressure and ice feed rate)

Broad Compatibility

Fitted with a standard G 1/2" thread on a durable aluminum base, this nozzle fits most dry ice blasting guns that use the same interface—offering flexibility beyond a single brand or machine.

Quick & Easy Installation

Swaps in seconds. Simply screw the aluminum base onto your existing gun by hand. For a secure seal, apply a small amount of PTFE tape to the threads if needed. No special tools required.

Where It Works Best

• Pipe & Tube Cleaning: Removing residue from inside and outside surfaces of cylindrical components
• Tank & Vessel Interiors: Reaching into curved walls and confined spaces
• Rounded Machinery: Cleaning rollers, drums, and curved equipment housings
• Delicate Contoured Surfaces: Gentle yet effective cleaning on complex geometries where rigid nozzles might gouge or miss spots