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ASTM F1862 ISO 22609 Synthetic Blood Penetration Tester for Medical Face Masks
Product Overview
The Synthetic Blood Penetration Tester is designed to test whether medical face masks can resist the splash of synthetic blood under controlled pressure. This equipment is primarily used for surgical masks, medical face masks, protective masks, and related protective materials. The machine simulates blood splash during medical use and helps manufacturers check the liquid barrier performance of masks before shipment or certification testing.
This tester is easy to operate, stable in pressure control, and suitable for mask factories, medical product laboratories, quality inspection centers, and research institutes.
Main Applications
Medical face masks
Surgical masks
Protective masks
Mask filter materials
Medical protective materials
Laboratory quality control samples
It helps users evaluate whether the sample can block synthetic blood penetration under a specified test pressure.
Key Features
Designed for Synthetic Blood Penetration Testing - The tester sprays a fixed amount of synthetic blood toward the mask sample. After the test, the operator checks whether synthetic blood appears on the inner side of the mask.
Adjustable Test Pressure - The test pressure can be adjusted up to 16 kPa, meeting different testing requirements for medical mask liquid resistance.
2ml Standard Test Volume - The system uses 2ml synthetic blood for each test, helping ensure repeatable and comparable test results.
Clear and Simple Operation - The machine is designed with a user-friendly control system. Operators can set the pressure, start the test, and check results easily.
Stable Test Performance - The machine provides stable pressure output and accurate timing control, making it suitable for routine factory inspection and laboratory testing.
Suitable for Quality Control - It is a practical testing solution for mask manufacturers who need to control product quality and improve production consistency.
Working Principle
A mask sample is fixed on the sample holder. The machine sprays synthetic blood horizontally toward the mask surface at a preset pressure. After spraying, the operator checks the back side of the mask. If synthetic blood is visible on the inner side, the sample is considered penetrated. If no visible penetration appears, the sample passes the test under that pressure condition.
Our tester is built for stable daily use in mask production and laboratory inspection. It helps users complete synthetic blood splash testing in a simple and repeatable way. The machine is suitable for customers who need:
Easy operation
Stable pressure control
Reliable test repeatability
Custom voltage and plug options
Export packaging and technical support
Factory direct supply
We can also provide customized solutions according to your test standard, sample size, and laboratory requirements.
Standards Reference
This machine can be used for synthetic blood penetration resistance testing of medical face masks. Common reference standards include:
ISO 22609
ASTM F1862 / F1862M
EN 14683
ASTM F2100
Please confirm the final standard and testing method before ordering.
Product Benefits
Using this tester can help mask manufacturers and testing laboratories:
Check mask liquid barrier performance
Improve product quality control
Reduce batch testing errors
Support product development
Prepare samples for certification testing
Build customer confidence in mask protection performance
Frequently Asked Questions
Q1: What is a synthetic blood penetration tester used for?
It is used to test whether medical face masks can resist penetration by synthetic blood splash under controlled pressure.
Q2: What sample can be tested?
It is mainly used for surgical masks, medical face masks, and protective mask materials.
Q3: What is the test pressure range?
The pressure range is 0 -16 kPa. Other ranges can be customized if needed.
Q4: How much synthetic blood is used for each test?
The standard test volume is 2 ml.
Q5: Can the machine be customized?
Yes. Voltage, plug, language, fixture, and some technical parameters can be customized according to customer requirements.
