Lafferty Model 251 Airless Foamer

Lafferty Model 251 Airless Foamer

The Lafferty Model 251 Airless Foamer is a unique medium volume hose-end foam gun for diluting and applying foaming chemicals to any surface and rinsing.

This unit uses standard city water pressure to draw chemical concentrate from a user-supplied chemical container and blend it into the water stream. The accurately diluted solution flows through the foam wand to create a clinging, wet foam which is then projected on to any surface up close or at distances up to 12 feet. This unit includes a machined polypropylene jug lid, threaded to fit 1 gallon jugs and the pull-up spout of many 5 gallon jugs for larger jobs that require extended foaming time. Quick disconnect the chemical assembly to rinse.

Features:

• No compressed air required
• Creates rich, wet foam which increases chemical contact time and effectiveness
• Foam provides visual confirmation of complete coverage
• Projects foam up to 12' (depending on water pressure)
• Durable!  Machined in the USA, not molded
• Outlasts and outperforms similar molded plastic products
• The stainless steel quick disconnect socket features 6 retaining balls to lock the foam assembly securely in place
• Quick disconnect the foam assembly to rinse
• With less than half the flow rate of competing models, you save money
• Draws chemical from any size container and eliminates refilling smaller containers - great for strong dilution ratios
• The chemical suction tube includes a jug lid to enhance ease of use and safety
• No moving parts!  Venturi action dilutes chemical consistently with precision metering tips
• Great performance with water pressure as low as 20 PSI
• Available with an attached bottle (#969925-B)

Includes

• Quick disconnect, machined polypropylene foamer body
• 10' chemical suction tube with machined polypropylene jug lid and strainer
• 20 color-coded metering tips for setting dilution ratios
• Garden hose gun with stainless steel quick disconnect socket and inlet screen/filter

* Container shown in image not included