• Nozzle Tips • Nozzle Bodies • Shutoff Valves Nordson XALOY's comprehensive line of front end components specifications with corrosion resistance. Select from a broad range of that with fast delivery, maximizing Nordson XALOY Front End Components. Nordson XALOY can design and manufacture a complete line of front end components for injection units from a variety of abrasion and corrosion resistant steels including: Hastelloy, Duranickel, Auto-Shut Valves 1. Free flowing, positive shutoff, self-cleaning 2. Most consistent shot-to-shot repeatability 3. Shutoff mechanism operates independent 4. Poppet style design eliminates problems associated with retainer wear 5. Generous poppet stroke for reduced pressure drop 6. Spring-actuated, instantaneous closing, independent of resin viscosity 3. Polyolefins with 10 mi or less 4. Not for use with nylons and glass-filled materials Best shot repeatability in the industry Reduced splay and silver streaking Eliminates retainer wear Free flowing Consistent performance Superior shot control Less scrap produced Extended service life Reduced shear and black specks 1. Three-piece non-return valve 2. Free flow design with zero restriction 3. Greater contact area for reduced wear Free flow design Excellent shot repeatability Greater contact area Improved wear Eliminates burning and black specks Longer service life Greater processing flexibility Low part weight deviation The best RPVC 3-piece valve available

Sliding Ring Valves 1. Industry standard design 2. Flow path design can be tailored to wide range of resins 3. Materials of construction range from standard HI3 and D2 tool steels to high performance CPM grades 4. Available in three and four-piece 2. Special four-piece "shear fluoropolymer materials • Wide range of resins • Variety of construction materials • Versatile three and four-piece • General purpose design • User-selectable levels of wear • Good for custom molding • Replaceable components Locking Ring Valves 1. Zero relative velocity ring/retainer 2. Streamlined design for smooth 3. Flow...