Measure Master Graduated Round Container – 64 oz / 2000 ml

The Measure Master Graduated Round Container in 64 oz / 2000 ml is an all-purpose liquid measuring container built for grow-room use. Constructed from impact-resistant, translucent plastic, it carries both US fluid ounce and metric milliliter graduation marks on the same body, along with a printed conversion chart for common measurements — so you can read volumes accurately without reaching for a calculator or a second reference tool.

Measure Master Graduated Round Container Specifications

The 64 oz / 2000 ml size sits in the middle of the Measure Master range and handles most nutrient mixing, pH solution, and additive dosing tasks without needing multiple pours. Specifications below are drawn from the canonical product data and manufacturer description.

Why Choose the Measure Master Graduated Round Container

Growers who mix nutrients or pH solutions by hand need a measuring container that is readable, durable, and simple to clean. Here is what sets this container apart from unmarked pitchers or beakers without a reference chart:

• Dual graduation marks in a single read: US oz and metric ml are printed side by side on the translucent body, so you can work with nutrient labels that use either system without converting mentally or writing numbers down.
• Built-in conversion chart: The container body carries a common-measurement conversion reference. If a label gives you a ratio you are not familiar with, the chart is right there on the tool you are already holding.
• Impact-resistant construction: The plastic is specified as impact-resistant, meaning it handles the drops and bumps that happen on a busy grow bench without cracking or shattering the way glass graduated cylinders can.
• Translucent walls for clear liquid-level visibility: You can see the liquid level from the side without tilting the container, which matters when you are topping off a reservoir and do not want to overshoot.
• Right-sized for most single-reservoir mixing tasks: At 64 oz / 2000 ml, this container holds enough volume to batch a two-liter nutrient solution in one measure — a common unit for smaller hydroponic systems and foliar-spray prep.

Best Uses for the Measure Master Graduated Round Container

This container fits most routine measuring tasks in a grow room. Because of the 64 oz / 2000 ml capacity and the dual-scale graduation, it is particularly useful when precision and speed both matter:

• Nutrient concentrate measuring: Pour and read concentrated nutrient solutions against the graduation marks before adding to a reservoir or feed bucket. Both oz and ml marks keep you aligned with any label’s dosing instructions.
• pH and EC solution preparation: Measure pH-up, pH-down, or calibration solutions accurately. Small errors at the measuring stage compound in larger reservoirs, so readable graduations reduce re-dosing corrections.
• Additive and supplement batching: Many liquid additives are dosed in milliliters per liter. Filling this container to the 2000 ml line gives you a clean 2-liter working batch for one-to-one dilution math.
• Foliar spray mixing: Measure water and foliar concentrates into this container, then transfer to a spray bottle or backpack sprayer. The wide round opening makes it easy to pour without spillage.
• General bench work in grow tents and grow rooms: Any task requiring a consistent liquid volume — flushing agents, root drenches, seed-soaking solutions — is easier with clear graduation marks and a reference chart on hand. Works well alongside other grow-room consumables that also require precise volume handling.

For growers who work across multiple container sizes, Measure Master produces this same container in four other capacities. The 8 oz and 16 oz sizes suit syringe-level precision work; the 32 oz handles mid-volume tasks; the 120 oz is useful for larger batch mixing. Having the same graduation style across sizes reduces reading errors when you switch between them. You may also find precision tools for other grow-room tasks useful to keep alongside your measuring containers.

Sources & Further Reading