Aldon Innovating Science
Appearance
Aldon Innovating Science kits use clear, sturdy packaging. The outside of each kit is labeled with the product name and a simple design that is easy to read.
Many kits are stored in boxes or plastic containers to protect the contents. Inside, kits often include items such as test tubes, beakers, droppers, and measuring cups.
The tools are typically made from plastic or glass and are transparent so students can see reactions and results as they happen. Instruction manuals are included and come printed on white paper with bold, black text.
Diagrams are sometimes used to show steps or set-ups. This makes instructions easy to follow during classroom experiments.
When a kit contains a microscope, it is usually compact and lightweight. The microscope may feature a simple black-and-white color scheme.
Basic magnification controls and eyepieces are easy for students to use.
Below is a table highlighting the appearance of key components found in Aldon Innovating Science kits:
| Component | Material | Features | Color Scheme |
|---|---|---|---|
| Kit Container | Plastic/Box | Durable, labeled | Clear or white with labels |
| Test Tubes | Glass/Plastic | Transparent, measuring lines | Clear |
| Instruction Manual | Paper | Bold text, diagrams | White paper, black text |
| Beakers/Measuring Cups | Plastic/Glass | Transparent, easy to handle | Clear |
| Droppers | Plastic | Squeezable, transparent | Clear |
| Microscope | Plastic/Metal | Compact, simple controls | Black, white |
Temperature Stability
Aldon Innovating Science offers chemicals that display strong stability at room temperature. Many products remain stable, preventing early decomposition or reactions when stored correctly.
Some chemicals must be protected from excessive heat. Exposure to temperatures above 250°C can cause them to break down or lose their effectiveness.
Labels and safety data sheets specify these conditions for each product. When chemicals are heated beyond their recommended limits, hazardous reactions such as decomposition or the release of toxic gas may occur.
Users are advised to avoid these conditions to maintain chemical integrity. Stability also depends on humidity and water contact.
Certain substances can react with moisture, making dry storage important. Proper storage and handling instructions are always included.
Keeping chemicals out of direct sunlight and away from incompatible materials helps prevent unwanted reactions.
Below is a table summarizing key factors for temperature stability in Aldon Innovating Science products:
| Factor | Description | Typical Recommendation |
|---|---|---|
| Room Temperature | Most chemicals are stable at 20-25°C | Store in a cool, dry place |
| High Temperatures | Some substances degrade above 250°C | Avoid heat and open flames |
| Humidity/Water | Moisture can cause reactions in some products | Keep containers sealed |
| Storage | Storage instructions prevent instability | Follow label and SDS guidance |
| Hazardous Reactions | Overheating may produce toxic gases or byproducts | Monitor temperature carefully |
For more details on these factors, see the product documentation provided by Aldon Innovating Science or their chemical stability guidelines.
Specific Gravity
Specific gravity is a measure of the density of a substance compared to the density of water at the same temperature. This property helps in identifying and analyzing different chemicals and mixtures.
Aldon Innovating Science uses specific gravity information in many of their educational and laboratory kits. For example, the specific gravity values for water and other common solutions are often included in kit instructions.
The value for water is approximately 1.0. Many chemicals in the Aldon kits have values greater or less than 1.
This makes it easy for students to compare and observe differences. Differences in specific gravity explain why some substances float while others sink.
In a popular experiment with a lava lamp kit, oil floats above water because its specific gravity is lower. This concept teaches students how density and specific gravity work together in real experiments—more information is available from the Density Lava Lamp Experiment Kit.
Some safety data sheets from Aldon show the following typical values:
| Substance | Specific Gravity (Approx.) | Notes |
|---|---|---|
| Water | 1.0 | Standard reference value |
| Kit Chemical A | 1.18 | Sinks in water |
| Kit Chemical B | 0.82 | Floats on water |
| Lava Lamp Oil | 0.82 – 0.88 | Floats, used in demonstrations |
The table above shows how different substances behave based on their specific gravity. This helps educators pick the right chemicals for visual and interactive lessons.
Some solutions in Aldon kits are marked as “stable” and will not change specific gravity during normal use, as noted in their product safety sheets.
pH Level
The pH level shows how acidic or basic a substance is. It is measured on a scale from 0 to 14.
A pH of 7 is considered neutral, while numbers lower than 7 mean the substance is acidic, and numbers higher than 7 mean it is basic. Aldon Innovating Science uses chemical indicators to help test and identify pH levels.
Common indicators include Universal Indicator, Bromothymol Blue, and Phenolphthalein. Each indicator reacts to acids and bases by changing color, which makes the pH value easy to see.
Students and teachers can use pH indicator kits to test the pH of household items or science samples. These kits offer a hands-on way to learn about acids, bases, and the pH scale.
The Universal Indicator provides a full color range for different pH levels. A pH color chart is often used to match the color of the sample with its exact pH value.
pH Level Table
| pH Value | Description | Example | Indicator Color |
|---|---|---|---|
| 0 – 3 | Strong Acid | Lemon juice | Red to Orange |
| 4 – 6 | Weak Acid | Soda | Yellow to Green-Yellow |
| 7 | Neutral | Pure water | Green |
| 8 – 10 | Weak Base | Baking soda | Blue-Green to Blue |
| 11 – 14 | Strong Base | Bleach | Purple |
These detailed kits and charts support careful learning about each type of substance’s acidity or alkalinity. Indicator sets such as Bromothymol Blue and Phenolphthalein help students identify pH values quickly and confidently.
Creatinine Concentration
Creatinine is a natural waste product formed by the breakdown of creatine in muscles. It is carried by the bloodstream to the kidneys, where it is filtered out and removed in the urine.
Measuring creatinine concentration is an important part of laboratory studies and urinalysis experiments. It helps evaluate kidney health and detect problems such as kidney disease or dehydration.
In classroom settings, Aldon Innovating Science offers science kits to help students understand urinalysis and related concepts like creatinine measurement. However, some artificial urine products from Aldon may not include set creatinine concentrations, which can limit their use for certain experiments.
For example, their artificial urine with glucose notes the absence of creatinine.
Factors Affecting Creatinine Concentration:
- Age
- Muscle mass
- Diet
- Kidney function
Common Methods for Measuring Creatinine:
- Colorimetric assays
- Enzymatic methods
- High-performance liquid chromatography (HPLC)
Reference Ranges:
For adults, typical creatinine concentration in blood is about 0.6 to 1.3 mg/dL. Urine values may vary depending on health and daily diet.
| Topic | Details |
|---|---|
| Definition | Waste product from muscle metabolism |
| Purpose in Urinalysis | Indicates kidney function |
| Influencing Factors | Age, muscle mass, diet, hydration |
| Measurement Methods | Colorimetric, enzymatic, HPLC |
| Aldon Kit Creatinine Content | Some kits lack creatinine |
| Reference Range (blood) | 0.6–1.3 mg/dL |
| Use in Education | Explains kidney filtration and urinary health concepts |
Urea Content
Aldon Innovating Science provides laboratory-grade urea. This urea is commonly listed with a chemical formula of NH₂CONH₂ and a molecular weight of 60.055 grams per mole.
Urea serves many uses in science classrooms and labs. It is mainly used as a source of nitrogen for plant experiments and as a reagent in chemical reactions.
Key Details:
- Available formats include prills and crystals.
- Used for teaching, fertilizer experiments, and as a raw material for resins.
Laboratory grade ensures a higher purity level. In chemistry classes, students use urea to study nitrogen cycles, practice nutrient extraction, and analyze fertilizer properties.
Its consistent quality supports accurate and repeatable experiments.
The table below summarizes important information about Aldon’s urea:
| Property | Description |
|---|---|
| Chemical Formula | NH₂CONH₂ |
| Molecular Weight | 60.055 g/mol |
| Physical Form | Prills or Crystals |
| Typical Uses | Fertilizer, plant nutrient analysis, raw material for resins, laboratory experiments |
| Grade | Laboratory |
| Package Size | 500 grams |
| Nitrogen Content | High (commonly used as a nitrogen source) |
| Common Applications | Education, Demonstrations, Nutrient Extraction |
For more on Aldon Innovating Science’s laboratory-grade urea, visit the urea prills product page or view chemical details on the urea crystal lab grade listing.
Uric Acid Content
Aldon Innovating Science produces educational kits and laboratory solutions for experimenting with various biological and chemical processes. When it comes to uric acid, their control fluid for urinalysis is designed to mimic the appearance of real urine without containing actual uric acid.
Uric acid is a natural waste product made by the body. It is usually measured in urinalysis to help understand kidney function and some health conditions.
Their urinalysis demonstration fluids do not contain uric acid, urea, creatinine, or any compounds found in real urine. These products are meant for safe classroom use, making them suitable for demonstration rather than diagnostic testing.
This helps reduce risks for students and teachers.
Below is a table summarizing key details about the uric acid content in Aldon Innovating Science materials:
| Product Name | Contains Uric Acid | Purpose | Safety Considerations |
|---|---|---|---|
| Urinalysis Demonstration Fluid | No | Educational demonstration | Designed for safe student use |
| Control Fluid for Urinalysis Techniques | No | Mimics urine appearance | Lacks biological waste for easy disposal |
Tests and experiments using Aldon Innovating Science fluids do not measure real uric acid levels. They are intended to teach students about urinalysis processes without exposing them to actual biological samples.
For more information, the company states their urinalysis kits do not contain uric acid.
Chemical Composition And Purity
Aldon Innovating Science provides chemicals for use in chemistry, biology, and biotechnology labs. These products include reagents for experiments, standards, and classroom demonstrations.
Many chemicals, like anhydrous acetone, are certified to meet the American Chemical Society (ACS) grade for purity and quality. This level of purity supports accurate and repeatable results in scientific work.
Some kits use common kitchen materials but apply high standards for composition.
Purity Analysis Methods:
- Gravimetry and double acid-base titration are used to check the composition of items like soda ash.
- Gravimetric analysis and spectrophotometric analysis determine substance purity, such as for ferrous ammonium sulfate.
- Qualitative analysis methods help identify unknown compounds in a sample.
The careful selection and testing of Aldon’s reagents are important for experiments in both educational and research settings.
| Product Type | Method Used for Purity | Typical Application | Notes |
|---|---|---|---|
| Soda Ash | Gravimetry, Titration | Chemistry classes, analysis experiments | Engages students with dual analytical techniques |
| Ferrous Ammonium Sulfate | Gravimetric, Spectroscopy | Purity testing, teaching labs | Focus on accurate analysis of compounds |
| Anhydrous Acetone | ACS Standard Certification | Reagent in biology and chemistry labs | Used for cleaning, dissolving, and as a reaction solvent |
| Unknown Substances | Qualitative Analysis | Chemistry & biotechnology labs | Methods help quickly identify chemical makeup |
For more on soda ash analytical methods, visit the soda ash experiment page. To see an example of certified acetone, view the anhydrous acetone listing.
Viscosity
Viscosity measures how thick or thin a liquid is. Liquids with high viscosity flow more slowly than liquids with low viscosity.
Aldon Innovating Science kits let students test and compare the viscosity of different substances. These experiments include common household items like shampoo, syrup, and oil.
Some experiments ask students to record how fast a ball drops through a liquid. Others involve pouring or timing how long it takes a liquid to move between two marks in a tube.
Factors That Affect Viscosity:
- Temperature: Heating a liquid usually lowers its viscosity.
- Composition: Adding or removing certain chemicals can increase or decrease viscosity.
- Contaminants: Particles mixed into a liquid can change how thick it is.
Shampoos are a good example. Students can check the viscosity of various shampoos and observe how easily they pour and mix.
For example, companies test viscosity to make products like lotions and paint easier to use. Learn more about Aldon’s viscosity experiments and properties of shampoo.
Table: Viscosity Experiment Features
| Experiment Type | Materials Used | Measurement Method | Real-World Application |
|---|---|---|---|
| Ball drop in liquid | Ball, various liquids | Time how fast ball sinks | Oil processing |
| Pour test | Shampoos, syrups, oils | Time for liquid to flow a distance | Food manufacturing |
| Temperature impact analysis | Heated/cooled liquids | Compare viscosity before and after | Chemical formulation |
Packaging Quality And Heat Retention
Aldon Innovating Science kits use durable packaging materials that help keep the contents safe during shipping and handling. The boxes and containers resist crushing and tearing, which helps prevent spills or damage to delicate supplies.
Kits often include clear labeling and compartmentalized trays for easy organization. This reduces confusion and helps educators and students find the correct materials quickly.
The packaging is designed with user safety in mind. Instructions and warning labels are printed in a readable format.
Heat retention is not a main feature of Aldon Innovating Science kits. The packaging focuses more on safety and organization than on keeping items warm or insulated for long periods.
Most science kits do not require insulation unless they contain temperature-sensitive materials. If a kit includes materials that need to be kept at a certain temperature, instructions are usually provided.
This may involve recommendations for short-term storage or transport.
Table: Packaging Quality and Heat Retention
| Feature | Details |
|---|---|
| Packaging Material | Sturdy boxes or containers, crush-resistant |
| Organization | Compartmentalized trays, clear labeling |
| Safety | Visible instructions and warnings |
| Heat Retention | Not a primary focus; insulation not standard |
| Temperature Guidance | Provided if needed for sensitive items |
For more about their packaging and kit features, see Aldon’s Innovating Science educational kits.
Ease Of Use And Preparation
Educational kits from Aldon Innovating Science are designed so students and teachers do not need advanced training to use them. Each kit contains clear instructions and step-by-step guides for setup and experiments.
Preparation for most kits is simplified. Kits often come with ready-to-use materials.
For instance, nutrient agars from Aldon need only to be heated before pouring into Petri dishes, making them convenient for bacterial or fungal studies.
The following features make the preparation process easier for educators:
- Pre-measured chemicals
- Manuals for teachers and students
- Minimal special equipment needed
These benefits help teachers spend more time on teaching instead of gathering or preparing supplies. Students can follow directions with little supervision, which encourages independent learning.
| Feature | Benefit | Impact on Users |
|---|---|---|
| Ready-to-use materials | Short preparation time | Less classroom disruption |
| Detailed manuals | Step-by-step activity guidance | Easier for new educators |
| Simple heating methods | Easy agar and solution preparation | More time for experiments |
Some science kits in the market may require complex setup or extra equipment. Aldon’s focus is on ease and clarity.
This is especially valuable in settings where time and resources are limited.
For advanced experiments outside common educational kits, like chemical calibration or research involving synthetic samples, products such as Agent X synthetic urine are used, though these are typically not part of Aldon’s standard educational offerings.
Shelf Life And Storage Requireme
Aldon Innovating Science products have specific shelf lives depending on the chemical or reagent. For example, laboratory-grade hydrogen peroxide has a shelf life of 12 months.
Hydrochloric acid solutions last for 24 months. Sodium hydroxide solutions can be kept for 36 months.
Shelf life varies by product, so it is important to check each label for details. Chemicals should be stored in tightly sealed containers.
Keep products in a cool, dry, and well-ventilated area away from sunlight and incompatible substances. Safe handling instructions are often printed directly on the bottles to make storage and use easier to follow.
Regular checks of expiration dates help ensure reliability and safety in both teaching and laboratory settings. Expired chemicals must be disposed of according to local safety guidelines.
Here is a table that summarizes shelf life and storage for some Aldon Innovating Science products:
| Product | Shelf Life | Storage Tips |
|---|---|---|
| Hydrogen Peroxide (3%) | 12 months | Seal tightly, store cool and dry, avoid sunlight |
| Hydrochloric Acid Solution (1.0M) | 24 months | Keep in original bottle, cool and ventilated space, away from bases |
| Sodium Hydroxide Solution (0.1M) | 36 months | Keep sealed, in a dry place, avoid acids |
Aldon Innovating Science prints safe storage directions on their packaging. More information about their products and storage needs is available on the Aldon catalog.