Graco 24H695 LD Series 3:1 Wall Mount 275 Gallon (1040 Liter) Oil Pump Package - NPT
Stay ahead of the competition with LD Series pumps. These affordable and full-featured pumps are designed for lower-volume applications. LD pumps are fine-tuned for a compact, flexible and durable solution.
Three Inch Air Motor - Provides more power to create better flow.
Engineered for Durability - Patented cup and plate design eliminates the need for O-rings that wear out faster for a more durable, longer-lasting solution.
Modular Air Valve - Air inlet and exhaust locations are easy to configure with just four bolts for simple, hassle free installations.
Built-In Thermal Relief and Inlet Strainer - Built-in thermal relief protects your equipment from thermal expansion, and an inlet strainer is built in to protect pump from contaminants.
Graco 24J042 LD Series 50:1 400 lb. (180 kg) Grease Pump - Stationary Package
Stay ahead of the competition with LD Series pumps. These affordable and full-featured pumps are designed for lower-volume up to 7,000 lb./year (3175 kg./year) applications. LD pumps are fine-tuned for a compact, flexible and durable solution.
Three Inch Air Motor - Provides more power to create better flow.
Engineered for Durability - Patented cup and plate design eliminates the need for O-rings that wear out faster for a more durable, longer-lasting solution.
Modular Air Valve - Air inlet and exhaust locations are easy to configure with just four bolts for simple, hassle free installations.
Graco 24J187 24:1 Straight GX16 Mixhead for NVH Foam
Depend on the GX16 for reliable performance and repeatable results
Lightweight and ergonomic for easy handling
Fluids continuously circulate to ensure accurate conditioning
Manual or machine mount
Hydraulically actuated
250,000 shot warranty
The two reactive materials used to create foam, "A" and "B," are kept separate until they reach the GX16 mixhead. If the gun is not dispensing, the materials simply circulate back to the day tanks
During the dispense mode, the metering pumps precisely deliver both materials to the mixing head at the required ratio, flow rate and temperature. The chemicals combine in the mix chamber by impingement mixing. The mixture is then injected into a mold or cavity