What this formula produces, where it's used, and why producing locally makes commercial sense.
What This Formula Produces
This formula produces a high-concentration car wash foam that dilutes up to 1:100 before use. The finished product is a standard car wash shampoo designed for foam guns, foam cannons, and manual washing operations.
The concentrate format means you ship and store a fraction of the volume compared to ready-to-use product. At 1:100 dilution, one litre of concentrate produces 100 litres of working solution.
Commercial Logic
Most imported car wash shampoo is 85–95% water. You pay international freight on that water. This formula lets you buy the active chemistry only — and add water locally at zero cost. Freight savings of 60–80% on chemical cost are typical for businesses switching from finished product import to concentrate or formula-based local production.
Application & Compatibility
01
Foam Guns & Foam Cannons
Add diluted solution (1:50 to 1:100) to foam gun bottle or cannon tank. Attach to pressure washer and apply. Produces rich, clinging foam that loosens contamination before contact washing.
02
Manual Washing
Dilute to approximately 1:20 to 1:50 in a wash bucket. Apply with wash mitt or sponge. Rinse thoroughly after washing. Adjust dilution based on soil level.
03
Automated Car Wash Equipment
Compatible with standard dosing systems. Set dosing pump according to equipment specifications. Typical operating concentration is 1:50 to 1:100 through the wash cycle.
💡 Quick Check
At 1:100 dilution, how many litres of working solution does 1 litre of this concentrate produce?
10 litres
100 litres
1,000 litres
✓ Correct. 1 litre at 1:100 = 100 litres of working solution. This is the core freight efficiency advantage of concentrate format.
✗ Not quite. At 1:100 dilution: 1 part concentrate + 99 parts water = 100 parts total working solution.
Section 02 · Ingredients
INGREDIENT CATEGORIES
The functional ingredient categories used in this formula — with their roles and sourcing notes. Exact ingredient names, CAS numbers, and ratios are included in the complete formula document.
Formula Composition Overview
This formula uses two ingredient categories. The simplicity of the formulation is intentional — fewer components means easier production, more consistent quality, and simpler sourcing.
Ingredient CategoryRole in FormulaRatio
Primary Solvent
Water-based carrier
Forms the bulk of the formula. Acts as the carrier for all active ingredients. Quality of water significantly affects product stability and foam consistency — purified water is strongly recommended.
Major
Amphoteric Foaming Agent
Surfactant — high active content grade
Primary cleansing and foam-generating ingredient. Amphoteric surfactant class — compatible with hard water, mild on surfaces, produces rich stable foam. The active content grade of this ingredient directly determines foam performance. Specify high active content grade when sourcing.
🔒 Exact name in full document
Why Amphoteric Surfactant?
Amphoteric surfactants perform well across a wide pH range and are compatible with hard water — which matters for operations in regions with high mineral content tap water. They also tend to be milder on skin and surfaces compared to anionic-only formulations, reducing complaints about paint surface effects after washing.
IngredientCAS NumberExact Ratio
Specific ingredient name
000-00-0
XX%
Specific ingredient name
000-00-0
XX%
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Exact Names & Ratios
CAS numbers, exact ingredient names, and precise ratios are included in the complete formula document.
Both ingredients in this formula are commercially available from chemical distributors in most markets worldwide. The complete formula document includes specific sourcing guidance including grade specifications and acceptable alternatives.
💡 Quick Check
Why is the active content grade of the foaming agent important?
It affects the colour of the finished product
It directly determines foam performance — higher active content means more foam per unit
It only matters for the pH of the final product
✓ Correct. Active content grade determines how much actual surfactant you get per unit of raw material. The complete formula specifies exactly which grade to source.
✗ Not quite. Active content grade is about how much actual foaming agent is present per unit. Higher grade = more foam per kg of ingredient purchased.
Section 03 · Process
PRODUCTION PROCESS OVERVIEW
The production framework for this formula — equipment needed, process stages, and what to watch for. Step-by-step instructions with exact parameters are in the complete document.
Equipment Required
⚖
Precision Scale
Accurate to 0.1g minimum. Ratio accuracy is critical — small deviations in surfactant concentration directly affect foam performance and product consistency batch to batch.
🌀
Mixing Equipment
Electric mixer or industrial stirrer. Manual mixing is possible for small batches but results in less consistent homogenisation. Speed and duration guidance is in the complete document.
📊
pH Meter (Calibrated)
Required for quality control. This formula targets pH 6.0–7.0. A calibrated meter is more reliable than pH strips for production QC purposes.
Production Process Stages
01
Prepare Primary Solvent
Add measured water to clean mixing vessel. Use deionized or purified water — tap water mineral content can affect foam stability.
02
Add Foaming Agent
Add the amphoteric foaming agent while mixing. Addition order matters — the complete document specifies the exact sequence and mixing parameters.
03
Mix to Homogeneous
Mix until fully homogeneous. The complete document specifies mixing speed and duration for consistent results.
04
pH Verification
Measure pH and confirm within target range. If outside range, adjust using appropriate pH correction agents. Full pH adjustment guidance in complete document.
05
Quality Check & Fill
Visual inspection for clarity and consistency. Fill into sealed containers. Labelling requirements included in complete document.
No Heating Required
This formula does not require heating during production. All ingredients mix at room temperature. This simplifies equipment requirements and reduces energy cost. No flammability risk — this formula contains no ethanol or flammable solvents.
🔒
Exact mixing speed: XXX RPM for XX minutes
Complete process parameters...
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pH adjustment: add X grams of Y per 100kg batch
Exact correction agent and quantities...
🔒
Exact Process Parameters
Mixing speeds, durations, adjustment quantities, and troubleshooting guide are in the complete formula document.