Product Name
Newborn 830A30 Multi-Ratio 2-Part Pneumatic (Air) Dispenser (for cartridges between 150ml and 600ml) - Low Pressure for Low and Medium Viscosity materials
Brief Description
The Newborn 830A30 is a professional-grade, air-powered applicator gun engineered for the precise and efficient dispensing of two-component (2K) adhesives, sealants, epoxies, polyurethanes, and other compounds from cartridges. It features multi-ratio compatibility and is suitable for low to medium viscosity materials, delivering consistent flow and reducing operator fatigue for demanding industrial applications.
Popular Applications & Uses
- Dispensing structural adhesives and sealants- Firestopping- Concrete joint sealing- Panel bonding- Flooring installation- Countertop fabrication and installation- Sign manufacturing- Industrial assembly lines- Collision repair, including seam sealers, sound deadeners, urethane plastic, and epoxy SMC repair materials- Potting compounds- Doming resins
Industries that Commonly Use It
- Construction/ Building Services- General Manufacturing- Automotive Service/Repair- Metal Fabrication- Cabinet & Woodworking- Sign & Display- Aerospace/Defense- Distributers & Resellers
Special and Unique Features
- Multi-ratio push disk options supporting various cartridge configurations (e.g., 300ml x 300ml, 300ml x 150ml, 300ml x 75ml, 150ml x 150ml, 150ml x 75ml)- Patented Snap-In / Snap-Out Push Disks for quick and tool-free ratio changes in seconds- Delivers a nominal thrust of 490 lbs at 100 PSI, ideal for heavy-bodied materials- Adjustable heavy-duty aluminum air regulator for precise and consistent flow control- Air Dump Valve to instantly stop material flow and prevent drips or oozing- Patented Cartridge Stabilizing Plate to securely hold dual cartridges in place for precise dispensing- Reverse Air function for easy rod retraction- Quick Disconnect Nipple (¼″ NPT female coupler) for rapid connection to air lines- Ergonomic and balanced design to minimize operator fatigue during extended use- Robust steel and aluminum construction ensures industrial durability and longevity
Key Properties
- Pneumatic (air-powered) operation- Designed for 2-part (dual-component) materials- Compatible with cartridges between 150ml and 600ml, specifically supporting configurations like 300ml x 300ml, 300ml x 150ml, 300ml x 75ml, 150ml x 150ml, and 150ml x 75ml- Suitable for low to medium viscosity materials, with sufficient power for some high-viscosity applications- Nominal Thrust: 490 lbs @ 100 PSI- Cylinder Size: 2.5 inches- Unit Weight: Approximately 7 lbs- Air Connection: ¼″ NPT female quick coupler
Surface Compatibility
The dispenser itself is compatible with various surfaces through the application of specific 2-part materials such as epoxies, polyurethanes, silicones, and other adhesives/sealants. This includes common construction and manufacturing substrates like concrete, metal, wood, plastics, and composites, depending on the chosen adhesive or sealant.
Known backups / known substitutes
- Other brands of 2-part pneumatic dispensers (e.g., 3M Pneumatic Applicators, COX 2-Component Pneumatic Dispensers)- Manual 2-part cartridge guns for smaller volumes or less frequent applications- Cordless battery-powered 2-part dispensers for enhanced portability- Automated robotic dispensing systems for high-volume, precision industrial applications
Comparison Note
The Newborn 830A30 distinguishes itself with a powerful 490 lbs of thrust at 100 PSI, enabling it to handle a broad range of material viscosities, including heavy-bodied compounds, despite its primary classification for low to medium viscosity. Its multi-ratio capability, facilitated by patented snap-in/snap-out push disks, offers exceptional versatility and rapid changeovers, surpassing the flexibility of many single-ratio or more cumbersome conversion systems. The integrated adjustable air regulator and air dump valve provide precise control over material flow and instantly stop dispensing, significantly enhancing productivity and minimizing material waste compared to manual application methods.
