Understanding softwashing and using the correct chemical concentrations can save both time and money. The softwash skid systems we build for the Australian market give operators full control over how cleaning solutions are applied. As a result, users can adjust performance based on surface type, contamination level, and job requirements.
A softwash proportioner acts as a control manifold, allowing the pump to draw from multiple sources. These typically include water, sodium hypochlorite (SH), and one or more soaps, surfactants, or degreasers. In addition, each valve is fully adjustable, enabling precise control over chemical ratios during operation.
A softwash proportioner is a manifold that allows a softwash pump to be drawn from.
Softwash Skids, Systems & Components
Our softwash skid assemblies are designed for flexibility, durability, and ease of use. Each system includes a manifold with multiple inputs and graduated valves, allowing operators to fine-tune chemical flow. Therefore, you can move from light cleaning to heavy-duty applications without changing equipment.
Furthermore, the soap and chemical valves are clearly marked, making adjustments quick and accurate. This helps reduce waste while improving cleaning consistency across different surfaces.
Soap Ratio Guide
The graduated valve system allows precise chemical dosing:
- Setting 1 = 1:40
- Setting 2 = 1:20
- Setting 4 = 1:15
- Setting 6 = 1:10
- Settings 8–10 = up to 1:5
Because of this range, operators can easily adjust strength depending on the job. Lower ratios suit maintenance cleaning, while stronger mixes handle heavy buildup and organic growth.
Why Use a Softwash Proportioner
Using the right proportioning system improves both efficiency and results. It allows operators to:
- Control chemical strength with precision
- Reduce product waste and operating costs
- Adapt quickly to different surfaces and conditions
- Improve overall cleaning performance
In addition, a well-designed system reduces guesswork and increases consistency across every job.
Last updated: April 10 2026