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Blender Capacity Calculator

🎯 Easily calculate the perfect capacity for your blender!
Just enter your blender volume and product density - we'll do the math! ✨

🔢 Let's Calculate!

Fill in the details below and watch the magic happen!

📏 Input Your Values

🪣 Blender Volume (Litres)

⚖️ Bulk Density (gm/ml)

🧮 How It Works

📐 Simple Formula:

Volume (L) × Bulk Density (gm/ml) = Capacity (kg)

✅ Maximum Working: 80% of total (safe mixing)

⚠️ Minimum Working: 35% of total (effective mixing)

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Your Results Are Ready!

Here's what your blender can handle:

🏺

Brimful Capacity

0 kg

100% - Maximum theoretical capacity

⚠️ Don't fill to this level!

✅

Maximum Working

0 kg

80% - Perfect for mixing!

🎯 Recommended capacity

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Minimum Working

0 kg

35% - Minimum for effective mixing

📊 Don't go below this

💡 Quick Tips for Your Blender

✨ Use the Maximum Working capacity for best results

🔄 Leave space for proper product movement during mixing

📋 Different products have different bulk densities

⚖️ Always measure blender capacity in litres first

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Learn More About Blender Capacity

Everything you need to know to become a blending expert!

🔑 Key Concepts

📏 Volume

Physical space inside your blender, always measured in litres for accuracy

⚖️ Bulk Density

How much your product weighs per unit volume (gm/ml) - varies by material

🏺 Brimful Capacity

Maximum theoretical weight when completely full - never use this level!

💡 Pro Tips

✨

Perfect Mixing Zone

Always use 70-80% of brimful capacity for optimal mixing results

🔄

Movement Space

Products need room to move and mix properly - never overfill!

🧪

Test First

Always validate your calculations with small test batches

🎯 Quick Example

Scenario: You have a 300-litre blender and want to mix a powder with bulk density 0.75 gm/ml

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225 kg

Brimful (Don't use!)

✅

180 kg

Perfect Working Load

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79 kg

Minimum Load