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Safety & Efficiency

Mix cleaning chemicals safely and cost-effectively

Stop guessing at dilution ratios. Calculate precise chemical-to-water measurements for any container size, with visual guides and cost analysis.

  • Preset ratios for common cleaning chemicals
  • Visual mixing guide and safety reminders
  • Cost per use calculator
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Chemical Dilution Calculator preview

Why use a dilution calculator?

Proper chemical dilution is critical for both safety and cost control. Mixing chemicals too strong wastes money and can damage surfaces or harm staff. Too weak, and you won't achieve proper cleaning or disinfection.

This calculator takes the guesswork out of dilution ratios. Enter your desired ratio and container size to get exact measurements in ounces, milliliters, and tablespoons - plus a visual guide to verify you're mixing correctly.

Calculate your chemical dilution

Select a common chemical preset or enter your custom ratio to get precise mixing instructions.

  1. Choose a common chemical or quick ratio preset
  2. Select your container size or enter a custom size
  3. View mixing amounts and cost per use
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Calculate Dilution

: 1

⚠️ Safety Reminders

  • Always add chemical TO water, not water to chemical
  • Wear appropriate PPE (gloves, eye protection)
  • Never mix different chemicals together
  • Label all diluted containers clearly
  • Store in cool, ventilated area
  • Check SDS for specific handling instructions
Add this much chemical:
0.5 oz
≈ 15 ml ≈ 1 tbsp

Visual Guide

Water: 31.5 oz
Chemical: 0.5 oz
Container Chemical Water
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Cost Per Use

$
Cost per diluted container
$0.02
Makes 65 spray bottles per gallon

Track chemical inventory and costs automatically

Swept's supply management features help you monitor chemical usage, reorder at the right time, and track costs per location.

  • • Automatic reorder alerts
  • • Cost tracking by location
  • • Usage reports and analytics
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What's included

  • ✔ Supply inventory tracking
  • ✔ Automated reorder reminders
  • ✔ Cost per job analysis
  • ✔ Vendor management

Frequently asked questions

Quick answers about chemical dilution and using this calculator effectively.

What does a 1:64 dilution ratio mean?
A 1:64 ratio means 1 part chemical concentrate to 64 parts water. So for every ounce of chemical, you add 64 ounces of water. The calculator automatically determines how much chemical and water you need for your specific container size.
Why is it important to add chemical to water, not water to chemical?
Adding chemical to water prevents dangerous reactions and excessive heat buildup. When you add water to concentrated chemicals, especially acids or strong cleaners, it can cause splashing, boiling, or release of toxic fumes. Always fill your container with water first, then add the chemical concentrate.
How do I know which dilution ratio to use?
Always check the manufacturer's Safety Data Sheet (SDS) and product label for recommended dilution ratios. Different cleaning tasks require different strengths - disinfecting typically needs stronger concentrations (1:10 to 1:32) while general cleaning can use lighter ratios (1:64 to 1:256).
Can I mix different cleaning chemicals together?
Never mix different cleaning chemicals unless specifically instructed by the manufacturer. Mixing chemicals can create dangerous reactions, toxic fumes, or render the products ineffective. Common dangerous combinations include bleach with ammonia, bleach with acids, and hydrogen peroxide with vinegar.
How long do diluted cleaning solutions last?
Most diluted cleaning solutions remain effective for 24-48 hours. Some chemicals, particularly those with bleach or hydrogen peroxide, lose potency quickly when diluted. Always check the product SDS for specific shelf life information, and label containers with the date mixed.
Why does the cost per use calculator matter?
Understanding your actual chemical costs helps you bid jobs accurately and identify savings opportunities. Many businesses are surprised to learn that proper dilution can make a gallon of concentrate produce 65+ ready-to-use bottles, dramatically lowering per-job costs compared to pre-mixed products.

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