Introduction
Product Overview
B29 Hydrogen-Rich Water Test Reagent (10ml) is a semi-quantitative test reagent for rapid detection of hydrogen concentration in hydrogen-rich water. It is suitable for clear, transparent water samples such as effluent from hydrogen-rich water machines. Without the need for professional instruments, the reagent reaction can be used to preliminarily determine whether the water contains dissolved hydrogen and its approximate concentration level. The minimum detection limit is 100ppb.
Product Features
- Fast and convenient: No additional equipment is required; after adding the reagent drops, semi-quantitative determination can be performed.
- High sensitivity: The minimum detection limit is 100ppb, meeting daily testing requirements for hydrogen-rich water.
- Lightweight packaging: 10ml small bottle with approximately 200 drops, low consumption per single use.
- Wide applicability: Supports testing of clear water samples at 0-60℃, suitable for common water temperature environments.
- Flexible reaction: Reaction time depends on the hydrogen content in the water; color development speed varies with concentration.
Key Specifications
- Product name: Hydrogen-Rich Water Test Reagent
- Model: B29
- Capacity: 10ml
- Drops per bottle (approx.): 200 drops
- Measurement range: Minimum detection limit 100ppb
- Analysis method: Semi-quantitative
- Test solution temperature range: 0-60℃
- Tested water sample requirement: Clear and transparent
- Reaction time (approx.): Depends on the hydrogen content in the water
- Operating environment temperature: 0-50℃
- Operating environment humidity: ≤85%RH
- Applicable scenario: Hydrogen-rich water machines
- Unit dimensions (approx.): 6*2cm
- Unit weight (approx.): 8.9g
- 100pcs/box dimensions (approx.): 22.5*21.5*6cm
- Shelf life: 6 months
Application Scenarios
- Quickly detect the hydrogen content in produced water after a hydrogen-rich water machine generates water.
- Monitor changes in hydrogen-rich water concentration in daily use to help determine equipment operating status.
- Demonstrate and verify the performance of products such as hydrogen-rich water cups and hydrogen-rich water machines.
- Occasions requiring rapid semi-quantitative evaluation of dissolved hydrogen content in clear water samples.
FAQ
Q: What concentration of hydrogen-rich water can this test reagent detect?
A: The minimum detection limit is 100ppb. When the hydrogen content in the water reaches or exceeds this value, an interpretable reaction will occur.
Q: Approximately how many tests can one 10ml bottle perform?
A: Each bottle contains approximately 200 drops. The actual number of tests depends on the number of drops required for each test.
Q: How much water sample is required for testing? What are the requirements for the water sample?
A: A clear and transparent water sample is required. Avoid turbidity or suspended matter that may interfere with color observation. Refer to the product instructions for the specific amount of water used.
Q: What are the requirements for test temperature and environment?
A: The test solution temperature range is 0-60℃, the operating environment temperature is 0-50℃, and the operating environment humidity is ≤85%RH.
Q: Is the reaction time fixed?
A: No. The reaction time is approximately determined by the hydrogen content in the water. Color development speed may vary at different concentrations.
Q: How long is the shelf life?
A: The shelf life is 6 months.
Related Terms
- Hydrogen-rich water: Water containing dissolved hydrogen gas (H₂), usually with certain reducing properties.
- ppb: Parts per billion, a concentration unit used to express extremely low hydrogen concentrations in water.
- Semi-quantitative detection: A method that roughly determines the concentration range of a target substance by observing color changes or comparing with a color chart, without providing an exact numerical value.
- Detection limit: The lowest concentration of a target substance that can be detected by the detection method; for this product, it is 100ppb.
- Dissolved hydrogen: Hydrogen gas dissolved in water in molecular form.