Measuring Cup

Precise Liquid Transfer from Bulk to Bottles

The professional measuring cup for safely decanting products from bulk containers to working bottles. Maxshine’s 1 Litre measuring cup features raised triangle spout for controlled pouring, measurements on both sides for precision, and angled handle for comfortable grip during transfer.

Why Our Customers Love the Maxshine 1L Measuring Cup

✅ Safely decant from bulk containers to smaller working bottles.
✅ Raised triangle spout prevents spills during liquid transfer.
✅ Measurements on both sides for precise dilution ratios.
✅ Angled handle provides comfortable, secure grip.

What Makes It Special?

Professional detailers and valeters buy in bulk for economy, but you don’t want to lug 5-litre bottles around all day. This makes decanting safe, precise, and spill-free.

• Raised spout design minimises drips and overspill.
• Clear measurements allow accurate dilution mixing.
• Comfortable handling reduces hand fatigue during multiple transfers.
• Essential for bulk product management.
• Perfect for professional detailers, valeters, or anyone buying products in larger quantities.

Specifications

• Capacity: 1 Litre.
• Features: Raised triangle spout, dual-sided measurements, angled handle.
• Construction: Durable chemical-resistant plastic.

Pro Tips From Ultimate Finish

“We keep a couple of these around for different product types to avoid cross-contamination. The triangle spout makes pouring so much easier and cleaner, we hardly ever spill anything now. We’ve found rinsing them out immediately after use stops any product residue building up. Much better than trying to pour directly from a 5L jerry can into a small bottle.”

How To Use
1. Pour product from bulk container into measuring cup to desired measurement.
2. Use triangle spout to transfer liquid into smaller bottle.
3. Rinse cup after use to prevent residue buildup.

Important Notes
⚠️ Rinse thoroughly between different products to prevent contamination.
⚠️ Check measurements carefully when mixing dilution ratios.