Powder Enamel Injectors
Wear-Resistant. Stable Feeding.
Powder enamel injectors are designed for abrasive glass-frit enamel powder. Because enamel powder is an abrasive glass frit, wear-resistant components are essential — a dedicated flow path ensures stable, repeatable feeding.
A Flow Path Designed for Abrasive Enamel Powder.
Enamel powder is an abrasive glass frit, so it creates a far higher wear load than standard powder coating injectors face. Powder enamel injectors meet this load with wear-resistant components and a dedicated flow path — venturi and dense-phase feeding options deliver a stable powder flow rate.
The wear-resistant flow path extends service intervals and ensures consistent feeding. It works as part of a coordinated line with STRONG3000 guns, control units and the powder center.
Wear-Resistant Enamel Feeding.
Wear-Resistant Flow Path
Dedicated components to withstand abrasive glass-frit enamel powder.
Stable Feeding
Steady, fluctuation-free powder flow to the guns.
Long Service Life
Long wear part life and low spare part costs.
System Compatible
Works with STRONG3000 guns and the powder center.
Powder Enamel Injectors — Technical Specifications.
Values are typical ranges; final values are confirmed per project by STRONG3000 engineering.
| Application | Powder enamel (abrasive powder) |
|---|---|
| Wear set | Wear-resistant parts suited to enamel |
| Powder flow rate | 50 – 400 g/min |
| Conveying air | 6 – 8 bar, dry & oil-free |
Order of the Powder Enamel Line.
The injector is the link that carries enamel powder to the gun; it is engineered together with the rest of the line.
Technical Datasheet & Documents.
PDF · All the technical content of this page
Complete the System.
Real Lines. Real Work.
See our equipment running in our showroom and on our production line. Book a visit — our team will host you at our facility for a live demo, sample application and line planning.
Experiencing Wear in Your Enamel Feeding?
Tell us about your line — we'll recommend the right wear-resistant injector configuration.