Testing & quality

Start by giving the factory your device data: tank and dosing compartment materials, water delivery and flow, how water and detergent levels are sensed, target dilution and main floor types. The factory sets the low-foam formula around that, then validates foam, residue, lines and sensors on real machines.

Oct 5, 2026

Store samples from one batch under heat, cold and freeze-thaw cycles, with a room-temperature retained sample as the control, and check appearance, viscosity, pH, odor and packaging at set time points. If nothing separates, discolors or thickens in heat or cold and the packaging holds its shape, the formula keeps.

Oct 4, 2026

Soak seals, tubing and tank plastic coupons in cleaning solution at working strength, with a plain water control, at set temperatures and times. Take them out regularly and compare size, hardness, surface and color. Clear swelling, hardening, cracking or discoloration means the material and formula aren't compatible.

Oct 4, 2026

Dilute the solution at the label ratio, fill a clear bottle halfway, cap it and shake hard for 10 seconds. Check the foam right away and again after a minute, next to a bottle of plain water. Foam that collapses to a thin ring is low-foam. Foam that's still piled high after a minute doesn't belong in a robot mop.

Oct 4, 2026

Test at least three things: foam height and collapse at working strength, residue and feel after the floor dries, and material compatibility with tank plastics, seals and tubing. Once all three pass on the bench, run the target machines for several days and watch for false alerts, water flow and floor condition.

Oct 1, 2026