Portable High-Pressure Dosing System

Entry-level model for pure and hybrid polyurea coatings

Expand Your Business with Polyurea Applications

The Reactor E-10hp is an ideal entry-level model and is perfectly suited for coating projects such as balconies, swimming pools, waterproofing, and truck bed linings. It is a smart, feasible investment that will support the growth of your business.

Even though it is an entry-level model, it still has plenty of power. The Reactor E-10hp generates high pressure, delivering the power and performance you need to spray polyurea coatings. This compact unit is lightweight and portable. It even operates on household power, so you don’t need to invest in a generator.

Powerful Heating for a Fast 20-Minute Start-Up

Thanks to the system’s innovative powerful heating and insulated tanks, the material heats up quickly. This allows you to get started even faster. You’ll be ready to spray in a fraction of the time compared to the start-up time of a standard Reactor E-10 (more than an hour).

• Ideal for small to medium-sized projects such as patios, swimming pools, balconies, tanks, truck bed linings, sealing, and waterproofing
• Heats material quickly
• Portable and user-friendly
• Uses standard power outlets—no generator required
• A feasible investment compared to a standard Reactor, which requires a generator and a spray installation

Material Flow Rate

This chart shows the material flow rate according to pressure and a specific mixing chamber.

Examples:

• At 170 bar (2500 psi) with an AW2222 mixing chamber, the flow rate is nearly 3.6 l (0.95 gpm)
• At 125 bar (1800 psi) with an AR2929 mixing chamber, the flow rate is nearly 3.8 l (1 gpm)

Circulation Times

Use this chart to determine which Reactor E-10 model best meets the requirements of your application. This chart shows the circulation times and tank temperatures needed to reach your ideal spray temperature.

• The curved part of the line represents the tank temperature
• The vertical part of the line represents the delta-T of the primary material heaters

To calculate the required tank temperatures, subtract the delta-T from your desired spray temperature.