Clear Plastic Graduated Cylinder
Capacity(ml):5/10/25/50/100/250/500/1000/2000/5000
2.Stoppered measuring cylinder
Capacity(ml):5/10/25/50/100/250/500/1000/2000
***Price List for whole above, inquire us to get
Description
Technical Parameters
A clear plastic graduated cylinder is an essential laboratory instrument used for measuring the volume of liquids or fine solids with reasonable accuracy. Crafted from durable, lightweight materials like polypropylene or polystyrene, it offers transparency for easy visual inspection of contents, allowing users to monitor clarity, sediment, or layer separation during experiments. The cylinder is marked with precise calibrated graduations (typically in milliliters) along its length, enabling straightforward volume readings when viewed at eye level to minimize parallax errors. Its shatterproof design reduces the risk of breakage compared to glass alternatives, making it safer for use in educational settings, fieldwork, or environments where accidental drops are likely. Plastic cylinders also resist many common chemicals, though compatibility should always be confirmed for aggressive solvents or high-temperature applications. While they may lack the long-term durability or chemical resistance of glass, their affordability, portability, and ease of cleaning (many are dishwasher-safe) make them ideal for routine tasks, student labs, or situations where cost efficiency is prioritized. However, users should note that plastic may expand slightly under heat or degrade with prolonged exposure to harsh substances, limiting its use in certain specialized applications. Overall, the clear plastic graduated cylinder balances practicality and cost, serving as a reliable tool for general-purpose volume measurements.
Specifications
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Applications
General Laboratory Measurements
Volume Determination: Used to measure liquids (e.g., solvents, reagents, buffers) with moderate precision (typically ±1–2% accuracy).
Example: Preparing solutions in chemistry labs by accurately diluting concentrated acids or bases.
Advantage: Transparency allows visual confirmation of liquid clarity and the absence of contaminants.
Educational & Training Environments
Hands-On Learning: Ideal for teaching basic volume measurement techniques in schools and universities.
Safety: Shatterproof plastic reduces injury risks compared to glass, making them suitable for young students.
Example: Conducting experiments on density, solubility, or chemical reactions where precise but not ultra-precise measurements are needed.
Quality Control in Industries
Food & Beverage:
Measuring liquid ingredients (e.g., syrups, flavorings) in production lines.
Ensuring consistency in batch formulations.
Cosmetics & Pharmaceuticals:
Dispensing lotions, creams, or solvents during formulation.
Verifying fill volumes in packaging.
Example: A skincare manufacturer uses plastic cylinders to measure the volume of aloe vera gel before blending with other ingredients.
Fieldwork & Outdoor Testing
Portability: Lightweight and unbreakable, making them ideal for environmental sampling, water testing, or geological fieldwork.
Example: Measuring water samples for pH testing or pollutant analysis in remote locations.
Biological & Medical Research
Cell Culture & Media Preparation: Used to measure culture media, buffers, or reagents in microbiology labs.
Example: Preparing agar solutions for microbiological plating.
Note: While not suitable for sterile applications (due to potential plastic leaching), they are used for non-aseptic tasks.
Art & Craft Applications
Mixing Paints, Dyes, & Resins: Artists and hobbyists use them to measure precise volumes of liquid components.
Example: Combining epoxy resin and hardener in a 2:1 ratio for casting projects.
Waste Management & Environmental Testing
Sampling & Analysis: Used to measure volumes of liquid waste, soil extracts, or sludge for compliance testing.
Example: Determining the volume of leachate from a landfill before chemical analysis.
Agricultural & Horticultural Uses
Fertilizer & Pesticide Mixing: Farmers and gardeners use them to measure liquid fertilizers or herbicides.
Example: Diluting a concentrated pesticide to the correct concentration for spraying crops.
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Art & Craft Applications
Artists and hobbyists frequently rely on clear plastic graduated cylinders to measure precise volumes of liquid components in their creative processes, where accuracy is essential for achieving consistent results. These cylinders offer a balance of affordability, transparency, and ease of use, making them ideal for non-professional settings where high-precision glassware might be unnecessary or impractical.
When mixing two-part epoxy resins, polyurethanes, or silicone casting materials, artists use graduated cylinders to measure resin and hardener in exact ratios (e.g., 2:1 or 1:1).
Example: Creating jewelry, coasters, or sculptures requires precise ratios to ensure proper curing and avoid stickiness or brittleness.
For tie-dyeing, fabric painting, or wood staining, hobbyists measure liquid dyes or pigments to achieve consistent colors across batches.
Example: A textile artist might mix 50 mL of blue dye with 100 mL of water to create a specific shade for a project.
Crafting melt-and-pour soaps or scented candles involves measuring fragrance oils, essential oils, or colorants in exact proportions.
Example: Adding 10 mL of lavender oil to 500 g of melted soy wax for a fragrant candle.
Artists dilute acrylics, oils, or watercolors with solvents (e.g., water, alcohol, or mineral spirits) and use cylinders to control viscosity.
Example: Thinning 20 mL of acrylic paint with 5 mL of flow medium for a smooth, even coat.
Hobbyists making lotions, serums, or tinted moisturizers measure carrier oils, butters, and active ingredients (e.g., vitamin E, zinc oxide) in precise amounts.
Example: Blending 30 mL of jojoba oil with 5 mL of rosehip seed oil for a facial serum.
competitive advantage
Cost-Effective
Plastic cylinders are much cheaper than glass alternatives, making them accessible for budget-conscious creators.
Shatterproof
Safer for use in home studios or around children compared to fragile glassware.
Easy to Clean
Non-porous plastic surfaces resist staining and can be washed with soap and water.
Transparency
Allows artists to verify that all liquid has been poured out, reducing waste.
Limitations & Considerations
Chemical Compatibility
While resistant to many solvents, plastic cylinders may degrade with prolonged exposure to acetone, alcohol, or harsh chemicals. Artists should check compatibility before use.
Precision
Not as accurate as Class A glass cylinders (typically ±1–2% vs. ±0.1%), but sufficient for most artistic applications.
Temperature Sensitivity
Plastic may warp if used with hot liquids (e.g., melted wax), so heat-resistant alternatives (e.g., Pyrex) are preferred for high-temperature tasks.
Clear plastic graduated cylinders are indispensable tools for artists and hobbyists seeking precision, safety, and affordability in their creative endeavors. Whether mixing resins, dyes, or cosmetics, these cylinders enable consistent results while minimizing the risk of accidents or cost overruns. Their versatility makes them a staple in workshops, studios, and DIY projects worldwide.
Design Features
A clear plastic graduated cylinder stands out for its lightweight design and cost-effectiveness, making it a practical choice for budget-conscious users and applications where portability is key.
Made from durable polymers like polypropylene or polystyrene, these cylinders are significantly lighter than glass alternatives. This reduces fatigue during prolonged use, simplifies transportation, and minimizes the risk of injury from dropped equipment-a critical advantage in educational settings, fieldwork, or mobile labs. Their low weight also makes them ideal for students or hobbyists who need to carry supplies between locations.
Plastic cylinders are far cheaper than glass, offering comparable accuracy for most routine tasks. This affordability allows labs, schools, or small businesses to equip multiple workstations without overspending. Unlike glass, which requires careful handling to avoid breakage, plastic cylinders are disposable or replaceable at minimal cost, reducing long-term expenses. Their price-to-performance ratio makes them a go-to for general-purpose volume measurements where ultra-precision isn't required.
The combination of lightness and low cost positions as a versatile, accessible tool for everyday use. Whether in a classroom, workshop, or field site, they deliver reliable performance without the hassle or expense of heavier, fragile alternatives.
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