VLB Very Low Buildup Nozzle Series

Low Build-Up Technology for Longer Runs & Higher Powder Quality

The VLB series features a patented low-profile cap and orifice system engineered to sit flush, minimising product interaction with the nozzle face. This design significantly reduces cap build-up and bearding, limits scorched particle formation, and decreases cleaning frequency and downtime—resulting in longer continuous runs and improved product consistency.

How VLB Technology Works

A precision-engineered nozzle system where swirl, orifice, and flush cap design work together to reduce build-up, improve hygiene, and deliver consistent spray performance.

Key Features & Benefits

Very Low Build-Up

The VLB low-profile cap and flush orifice design minimise product contact at the outlet, significantly reducing cap face fouling and lowering the risk of chamber contamination—especially during long production runs.

Improved Powder Quality

By reducing build-up and hot spots at the nozzle face, the system limits scorched particle formation, delivering a more consistent, high-quality powder with improved downstream performance.

Enhanced Hygiene

A smooth internal cap profile combined with Seal-in-Disc™ technology eliminates residue traps and dead zones, making cleaning faster, more effective, and aligned with strict hygienic processing standards.

Longer Run Time

Reduced build-up and cleaner operation mean fewer shutdowns for cleaning, enabling extended production cycles and improved plant efficiency.

Stronger Cap Design

The robust, low-profile cap structure is engineered for durability, offering greater resistance to wear and impact damage in demanding industrial environments.

Consistent Spray Performance

Precision alignment through Concentric Clasp Technology (CCT) ensures repeatable atomisation, maintaining stable spray patterns and droplet size across every run.

Compare: Traditional vs VLB Technology

Conventional Nozzle	VLB™ Nozzle
High build-up zones	Very low build-up profile
Difficult cleaning	Smooth hygienic internals
Inconsistent assembly risk	CCT guided alignment
Higher contamination risk	Cleaner, safer operation
Shorter run time	Extended continuous operation