Nord Inhale 2.0 Hydrogen Inhaler Review, Test Results & 10% Off
Product Review & Independent Test Results
Review the product overview, H2HUBB testing information, measured performance when available, pricing, specifications, and buying guidance.
This Nord Inhale 2.0 review covers a household pure hydrogen inhalation system manufactured by Nord Hydrogen. The Nord Inhale 2.0 uses a four-cell PEM/SPE electrolytic system, a dedicated hydrogen outlet, a separate oxygen vent, adjustable gas-production settings, a one- to six-hour timer, and a breath-responsive Pulse Mode. This page includes independent Nord Inhale 2.0 test results, hydrogen and oxygen flow measurements, Pulse Mode analysis, safety information, product specifications, pricing, and information about the available Nord Inhale 2.0 discount.
Independent H2HUBB testing using an Alicat H₂ Mass Flow Meter and gas displacement measured approximately 661 mL/min of hydrogen, 330.51 mL/min of oxygen, and 991.50 mL/min of total gas output at the highest tested setting. The measured hydrogen output exceeded the manufacturer’s 600 mL/min claim by approximately 10.17%.
Nord Inhale 2.0 Review & Independent Test Results
Nord Inhale 2.0 Review & Test Results
The Nord Inhale 2.0 is a household pure hydrogen inhalation system built around a four-cell PEM/SPE electrolytic assembly. It includes a dedicated hydrogen outlet, separate oxygen vent, adjustable production settings, one- to six-hour timer, breath-responsive Pulse Mode, sleep mode, digital controls, and a one-liter distilled-water reservoir.
Independent H2HUBB testing using an Alicat H₂ Mass Flow Meter measured an average hydrogen output of approximately 661 mL/min at SATP. This is approximately 10.17% higher than the manufacturer’s stated 600 mL/min output.
The verified hydrogen output equals approximately 54.46 mg of molecular hydrogen gas per minute. The device also generated approximately 330.51 mL/min of oxygen, producing approximately 991.50 mL/min of total electrolytic gas.
The hydrogen and oxygen measurements should not be confused with the amount delivered through one nasal cannula. The tested unit includes a dedicated H₂ port for hydrogen inhalation and a separate O₂ vent. H2HUBB’s principal performance figure is therefore the independently measured 661 mL/min hydrogen output.
The report classifies the product as a 99.9% or 3N pure hydrogen system. Nord’s current product page lists 99.99% hydrogen purity and describes the machine as using genuine PEM/SPE membrane technology with titanium and platinum-coated components.
Based on its verified hydrogen output, consistent one-hour operation, Pulse Mode performance, electrical efficiency, operating controls, safety mechanisms, and distilled-water design, the Nord Inhale 2.0 received the H2HUBB Seal of Approval.
H2HUBB-Verified Gas Output
- Manufacturer-Rated H₂ Output: 600 mL/min
- Verified H₂ Output: Approximately 661 mL/min
- Verified H₂ Mass Output: Approximately 54.46 mg/min
- Performance Above Manufacturer Claim: Approximately 10.17%
- Verified O₂ Output: Approximately 330.51 mL/min
- Verified Total Electrolytic Gas Output: Approximately 991.50 mL/min
- Continuous Hydrogen Flow: Approximately 11.0 mL/sec
- Test Duration: One hour after a ten-minute warm-up
- Test Method: Alicat H₂ Mass Flow Meter and gas displacement
- Results Standardization: Converted to SATP where applicable
Understanding the Hydrogen and Oxygen Outputs
At the highest tested display setting, the machine generated approximately 661 mL/min of hydrogen and 330.51 mL/min of oxygen. These values reflect the electrolysis reaction’s approximate two-to-one gas-production ratio.
The tested configuration includes a dedicated hydrogen port and a separate oxygen vent. The H2HUBB report evaluates the hydrogen port as the principal single-user inhalation output. Users should not obstruct, combine, redirect, or modify either gas outlet unless the current Nord operating manual specifically instructs them to do so.
Pulse Mode Test Results
Pulse Mode is designed to store a portion of the hydrogen produced during exhalation and release it when the system detects inhalation or when the internal reservoir reaches its pressure threshold.
H2HUBB observed pulse-reservoir releases approximately every 4.5–5 seconds. Gas-displacement testing measured a released volume of at least approximately 40 mL per cycle.
Under the breathing assumptions used in the report, the combination of continuous hydrogen flow and stored hydrogen produced approximately 44–60.5 mL of hydrogen during enhanced breaths. The stored hydrogen was released during approximately 70–80% of evaluated breaths rather than during every inhalation.
- Continuous H₂ Production: Approximately 11.0 mL/sec
- Typical Stored Volume Before Release: Approximately 33–38.5 mL under the report’s modeled breathing interval
- Enhanced-Breath Delivery: Approximately 44–60.5 mL H₂
- Measured Release Volume: At least approximately 40 mL per release cycle
- Observed Release Frequency: Approximately 70–80% of breaths
- Typical Reservoir Release Interval: Approximately 4.5–5 seconds
Pulse Mode performance depends on breathing rate, inhalation duration, cannula fit, pressure-sensor sensitivity, reservoir refill time, and synchronization between the machine and the user. It should not be represented as delivering the maximum pulse volume with every breath.
Estimated Inhaled Hydrogen Concentration
The H2HUBB report estimates that the verified continuous flow can produce approximately 4.0–4.4% inhaled hydrogen for an average resting adult under the report’s respiratory assumptions and nasal-cannula model.
During enhanced Pulse Mode breaths, the report modeled momentary concentrations reaching approximately 4.0–8.8%. These are calculated estimates rather than a concentration measured inside every user’s airway.
Actual inhaled concentration varies with minute ventilation, tidal volume, inhalation-to-exhalation ratio, breathing rate, nasal versus oral breathing, cannula position, leakage, session setting, and Pulse Mode synchronization.
Electrical Performance and Efficiency
The Nord Inhale 2.0 uses four electrolytic cells connected in series. H2HUBB measured approximately 6.72 V DC across the cell assembly, equivalent to approximately 1.68 V per cell, with approximately 23.46 A of current.
The measured electrolysis power was approximately 157.65 W. Based on the measured electrical input, the calculated theoretical maximum hydrogen output was approximately 714.21 mL/min at SATP.
The verified 661 mL/min output represents an estimated 93% electrolytic efficiency relative to that theoretical maximum.
Independent Test Procedure
The unit was filled with distilled water and set to its highest tested production mode. The system completed a ten-minute warm-up before beginning the one-hour evaluation.
Hydrogen gas was routed through a drying system and humidity and temperature sensor before entering the Alicat H₂ Mass Flow Meter. The output was allowed to stabilize for approximately five to ten minutes to reduce interference from residual ambient air.
At least three tests were performed, and the reported flow values represent the average results. Gas displacement was also used to evaluate the Pulse Mode reservoir and release volume.
Distilled-Water and Maintenance Requirements
The Nord Inhale 2.0 requires distilled or properly deionized water that complies with the current manufacturer instructions. Mineral-containing tap water should not be placed in the electrolytic reservoir.
The current manufacturer lists approximately 10 mL of water consumption per hour and recommends replacing the reservoir water at the required maintenance interval. Follow the current manual for filling, draining, water replacement, cleaning, storage, and extended periods of nonuse.
Pure-Hydrogen Safety
Hydrogen is flammable. Keep the machine, hydrogen outlet, nasal cannula, tubing, pulse port, and surrounding area away from smoking materials, flames, sparks, static discharge, heating elements, electrical arcs, and other ignition sources.
Use the system in a suitably ventilated area. Do not obstruct the oxygen vent or heat vents, and do not modify the gas ports, pulse reservoir, pressure sensors, tubing, electrical system, or internal cell assembly.
Inspect the nasal cannula and tubing before use. Stop operation if tubing is damaged, gas flow appears abnormal, water enters the gas line, the machine overheats, an alarm activates, or the device displays an error.
The H2HUBB report documents internal gas separation, deionization resin filters, low-water protection, ventilation fans, heat vents, and reservoir-based thermal protection. The report does not provide separate quantitative chlorine or ozone gas measurements, so this page should not describe those contaminants as independently measured by H2HUBB.
Nord Inhale 2.0 Discount & Availability
Nord currently lists the Nord Inhale 2.0 at €2,269. Use code H2HUBB10 for a 10% Nord Inhale 2.0 discount when the code is accepted and the product is available.
The current H2HUBB page displays approximately $2,665.42 before the code and approximately $2,399.12 after the code. These USD amounts are based on the euro conversion rate and may change.
The official Nord product page is currently marked sold out. Check inventory before purchasing and use H2HUBB10 when checkout becomes available.
Learn more about hydrogen inhalation output, concentration and safety in the H2HUBB Hydrogen Inhalation Therapy Guide.
Learn more about how H2HUBB evaluates hydrogen products in our H2HUBB Product Performance Standards.
About Nord Hydrogen
Nord Hydrogen is a European hydrogen-product brand operated by Finesse Healthtech AB in Gothenburg, Sweden. The company offers hydrogen inhalation equipment, portable hydrogen water products, replacement components, water-purification accessories, and customer support for European and international buyers.
Nord’s current product materials emphasize PEM/SPE electrolysis, distilled-water operation, European CE and RoHS documentation, adjustable output, product support, and compact household equipment.
About the Nord Inhale 2.0
The Nord Inhale 2.0 is a four-cell PEM/SPE hydrogen inhalation system with a dedicated H₂ outlet, separate oxygen vent, one-liter distilled-water reservoir, adjustable production settings, a one- to six-hour timer, digital display, sleep mode, and breath-responsive Pulse Mode.
Independent H2HUBB testing measured approximately 661 mL/min of hydrogen, 330.51 mL/min of oxygen, and 991.50 mL/min of total gas production at the highest tested setting.
The verified hydrogen flow exceeded the 600 mL/min manufacturer claim by approximately 10.17%. Pulse Mode testing also confirmed that the internal reservoir can store hydrogen during exhalation and release an additional volume during many subsequent inhalations.
Check Availability Through H2HUBB
Use the H2HUBB partner link to review current availability, regional pricing, voltage options, shipping terms, warranty coverage, and checkout information.
Pricing and Discount
Current Manufacturer Price: €2,269
H2HUBB Discount Code: H2HUBB10
H2HUBB Discount: 10% when the code is accepted and inventory is available
Price After 10% Discount: €2,042.10
Current H2HUBB USD Display: Approximately $2,665.42 reduced to $2,399.12
Currency Notice: USD pricing changes with the euro conversion rate
Current Availability: Sold out on the official Nord product page
Warranty, Returns and Shipping
Nord currently lists a one-year or 365-day warranty for the Nord Inhale 2.0. Buyers should review the complete written warranty to determine covered parts, labor, shipping responsibilities, regional service, exclusions, and claim procedures.
The current product page advertises 30-day returns and free shipping within Europe. Return eligibility, international shipping, import duties, taxes, customs fees, voltage selection, and service arrangements may differ outside Europe.
Voltage and Regional Compatibility
Nord lists 115V and 220V configurations. Buyers should confirm the exact voltage, plug type, electrical frequency, power cord, warranty region, and repair options before ordering.
Do not assume that an imported European unit is compatible with a North American outlet solely because another voltage configuration exists.
Current Nord Inhale 2.0 Offer
When inventory returns, use code H2HUBB10 for 10% off the current Nord Inhale 2.0 price. Confirm the final price, currency, voltage, shipping destination, taxes, duties, returns, and warranty terms during checkout.
Nord Inhale 2.0 Hydrogen Inhalation System Specifications
The Nord Inhale 2.0 is a household four-cell PEM/SPE hydrogen inhalation system with continuous hydrogen production, a separate oxygen vent, adjustable total gas settings, a one- to six-hour timer, and a breath-responsive hydrogen Pulse Mode.
H2HUBB-Verified Gas Performance
- Manufacturer-Rated H₂ Output: 600 mL/min
- Verified H₂ Output: Approximately 661 mL/min
- Verified H₂ Mass Output: Approximately 54.46 mg/min
- Verified H₂ Output per Second: Approximately 11.0 mL/sec
- Output Above Manufacturer Claim: Approximately 10.17%
- Verified O₂ Output: Approximately 330.51 mL/min
- Verified Total Electrolytic Gas Output: Approximately 991.50 mL/min
- Hydrogen Output Port: One dedicated H₂ port
- Oxygen Outlet: One separate O₂ vent
- Report-Listed H₂ Purity: 99.9% or 3N
- Current Manufacturer-Listed H₂ Purity: 99.99%
- Test Method: Alicat H₂ Mass Flow Meter and gas displacement
- Testing Repetitions: At least three flow measurements
- Test Duration: One-hour operating session
- Warm-Up: Approximately ten minutes
- Results Standardization: SATP where applicable
- H2HUBB Status: H2HUBB Seal of Approval
Pulse Mode Performance
- Pulse Function: Stores hydrogen during exhalation and releases it during detected inhalation or at the reservoir-pressure threshold
- Continuous Background H₂: Approximately 11.0 mL/sec
- Measured Reservoir Release: At least approximately 40 mL per cycle
- Observed Reservoir Timing: Approximately every 4.5–5 seconds
- Modeled Stored H₂ Before Release: Approximately 33–38.5 mL
- Enhanced-Breath H₂ Delivery: Approximately 44–60.5 mL
- Observed Enhanced-Breath Frequency: Approximately 70–80%
- Report-Modeled Baseline FiH₂: Approximately 4.0–4.4% under the stated assumptions
- Report-Modeled Enhanced-Breath FiH₂: Momentary estimates up to approximately 8.8%
Pulse Mode output is variable and depends on respiratory timing, sensor response, cannula fit, reservoir refill, and user breathing patterns. The maximum modeled result should not be presented as continuous output.
Electrolytic Cell and Electrical Performance
- Electrolysis Technology: PEM/SPE
- Cell Configuration: Four cells connected in series
- Manufacturer-Rated Supply: 12 V, 27 A and 324 W
- Measured Total Cell Voltage: Approximately 6.72 V DC
- Measured Voltage per Cell: Approximately 1.68 V DC
- Measured Current per Cell: Approximately 23.46 A DC
- Measured Effective Current: Approximately 93.84 A across the four-cell calculation
- Measured Electrolysis Power: Approximately 157.65 W
- Calculated Theoretical Maximum H₂: Approximately 714.21 mL/min
- Calculated Theoretical Maximum H₂ Mass: Approximately 58.88 mg/min
- Estimated Cell Efficiency: Approximately 93%
Operating Controls and Ports
- Display: Backlit digital control panel
- Displayed Information: Session duration and selected gas-production setting
- Production Settings: 150, 300, 450, 600, 750 and 900 mL/min total settings
- Tested Maximum Setting: 900 mL/min rated total, comprising 600 mL/min H₂ and 300 mL/min O₂
- Timer: One to six hours in one-hour increments
- Start/Stop Button: Starts or stops electrolysis
- Pulse Mode: Activates breath-responsive stored-hydrogen delivery
- Sleep Mode: Dims the display during use
- H₂ Port: Dedicated hydrogen outlet for a single user
- O₂ Vent: Separate outlet for oxygen generated during electrolysis
- Pulse Port: Releases stored hydrogen during Pulse Mode
- Drain Port: Allows the reservoir to be emptied with the supplied drain fitting
Current Manufacturer Specifications
- Product: Nord Inhale 2.0
- Manufacturer-Rated H₂: 600 mL/min
- Manufacturer-Rated O₂: 300 mL/min
- Manufacturer-Rated Total Gas: 900 mL/min
- Current Manufacturer-Listed H₂ Purity: 99.99%
- Voltage Options: 115 V or 220 V
- Reservoir: Approximately 1,000 mL
- Required Water: Distilled water
- Water Consumption: Manufacturer lists approximately 10 mL/hour
- Dimensions: Approximately 38 × 30 × 30 cm
- Weight: Approximately 5.4 kg
- Internal Tubing: Manufacturer-listed food-grade silicone
- Current Certifications: Manufacturer lists CE and RoHS
- Warranty: One year
Included Equipment
- One Nord Inhale 2.0 machine
- One silicone nasal cannula
- One compatible power cable
- One user manual with access to video instructions
The current H2HUBB page also lists a long silicone nasal cannula and a water diffusion component. Confirm the exact included accessories with Nord before ordering because package contents may change.
Documented Safety Components
- Low-Water Protection: Helps prevent cell overheating when the reservoir is low
- Large Water Reservoir: Supports cell cooling and longer operating sessions
- Internal Fans: Assist ventilation and heat management
- Internal Gas Separator: Separates the generated hydrogen and oxygen streams
- Internal Deionization Resin: Helps reduce ions in the water and generated-gas system
- Heat Vents: Support internal temperature control
Use and Maintenance Guidance
- Use only the water type required by the current Nord manual
- Never fill the reservoir with untreated mineral-containing tap water
- Keep the H₂ outlet, O₂ vent, Pulse port and heat vents unobstructed
- Keep the cannula tip and hydrogen tubing away from every ignition source
- Use the device only in a suitably ventilated location
- Do not modify, join, redirect or obstruct the gas outlets
- Inspect the tubing and cannula before every session
- Follow the current water-change, drain, cleaning and storage instructions
- Stop operation when an alarm, error, leak, overheating condition or abnormal flow occurs
Independent Testing Scope
The H2HUBB report independently verifies hydrogen flow, oxygen flow, total gas production, Pulse Mode behavior, electrical performance, general operation, and documented safeguards.
The report does not provide separate quantitative chlorine or ozone gas measurements. Do not state that H2HUBB independently measured zero chlorine or zero ozone unless separate testing documentation is added.
Product Benefits
- Independently verified hydrogen flow:
H2HUBB measured approximately 661 mL/min of hydrogen at SATP. - Performance above the manufacturer claim:
The verified hydrogen output exceeded the stated 600 mL/min rate by approximately 10.17%. - High hydrogen mass output:
The machine generated approximately 54.46 mg of molecular hydrogen gas per minute. - Separate hydrogen and oxygen streams:
Hydrogen is delivered through the dedicated H₂ port while oxygen exits through a separate vent. - Breath-responsive Pulse Mode:
The internal reservoir stores hydrogen during exhalation and releases an additional volume during many subsequent inhalations. - Measured pulse-reservoir release:
Gas-displacement testing documented releases of at least approximately 40 mL per cycle. - Enhanced per-breath delivery:
The report modeled approximately 44–60.5 mL of hydrogen during enhanced Pulse Mode breaths. - Strong PEM/SPE efficiency:
The verified 661 mL/min output represented approximately 93% of the calculated theoretical maximum. - Adjustable production:
The display allows users to select among multiple output settings rather than operating at maximum production during every session. - Long session timer:
The timer supports sessions from one to six hours in one-hour increments. - Sleep Mode:
The display can be dimmed to reduce light during evening or resting use. - Large distilled-water reservoir:
The one-liter reservoir supports extended operation with manufacturer-listed consumption of approximately 10 mL/hour. - Compact household design:
The machine measures approximately 38 × 30 × 30 cm and weighs approximately 5.4 kg. - Independent marketplace approval:
The Nord Inhale 2.0 exceeded H2HUBB’s applicable hydrogen-flow requirement and received the H2HUBB Seal of Approval. - Exclusive H2HUBB savings:
Use code H2HUBB10 for 10% off when the product returns to stock and the code is accepted.
Ideal For
- Users researching a Nord Inhale 2.0 review
who want independently measured hydrogen, oxygen, total-flow and Pulse Mode results. - Households seeking a mid-to-high-flow pure hydrogen inhaler
with a verified output of approximately 661 mL/min. - Single users wanting a dedicated pure hydrogen port
rather than relying only on the machine’s combined electrolytic gas rating. - Users interested in breath-responsive hydrogen delivery
through the tested Pulse Mode reservoir and pressure-sensor system. - Users wanting adjustable production settings
instead of operating at the maximum display setting during every session. - Customers wanting one- to six-hour timer options
for flexible session scheduling within the current operating instructions. - Users who value measured electrical performance
because H2HUBB documented the cell voltage, current, theoretical output, and estimated efficiency. - Customers comfortable maintaining a distilled-water system
and following the required water-change, draining, cleaning, tubing, and storage procedures. - Buyers able to follow pure-hydrogen safety requirements
including ventilation and strict separation from flames, sparks and other ignition sources. - North American or European buyers who can confirm the correct voltage
before ordering a 115V or 220V configuration. - Customers comparing premium home hydrogen inhalation systems
who want independent flow measurements rather than manufacturer specifications alone. - Shoppers seeking a Nord Inhale 2.0 discount
through code H2HUBB10 when inventory becomes available.
The Nord Inhale 2.0 is a pure-hydrogen gas generator and requires more safety attention than a hydrogen water bottle. Users must follow the current Nord manual for water quality, filling, ventilation, tubing, cannula use, timer settings, gas outlets, Pulse Mode, drainage, electrical connection, cleaning, storage, and ignition-source control.
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