What testing instruments are needed for protective clothing for epidemic prevention materials: fabric moisture permeability tester, fabric friction charge tester, medical clothing electrostatic attenuation performance tester, protective clothing material anti-injection needle puncture performance tester, protective clothing synthetic blood penetration test Instrument, multi-station protective clothing synthetic blood penetration tester, vertical combustion tester, protective clothing material anti-liquid penetration tester, fabric air permeability tester, fabric induction electrostatic decay tester, etc.

CW-239 Fabric moisture permeability tester

【Scope of application】:

Used to determine the moisture permeability of textiles. The moisture permeability tester is used to test the moisture permeability of various coated fabrics, composite fabrics, composite films, plastic films, exchange membranes, etc.

CW-403 Fabric Triboelectric Charge Tester

【Main purpose】It is used to test the electrostatic properties of fabrics after friction and charging under laboratory conditions, and also to test the anti-static properties of anti-static clothing and anti-static fabrics, as well as the review of labor safety certification and production licenses, applicable For A and B class anti-static work clothes.

CW-342A Electrostatic Decay Performance Tester for Medical Clothes

The main purpose:

The electrostatic decay performance tester for medical clothing is used to test the static decay time of samples such as medical clothing, non-woven fabrics, textile garments, non-woven fabrics, composite materials, and film materials from the peak voltage decay to 10%. It is often used to test medical protective clothing antistatic properties.

CW-F111 Protective clothing material anti-injection needle puncture performance tester

The main purpose

It is mainly used to test the puncture resistance of protective clothing, protective gloves and other products. The test speed is 500mm/min during the test. The maximum force is the puncture resistance, and the test results are automatically processed. Digital motor control, synchronous belt transmission, no pollution, low noise, beautiful appearance, convenient operation, stable and reliable performance, our company designed mortar bond strength test fixture, easy to operate. It is an ideal testing equipment for manufacturing units, scientific research institutes, quality supervision institutions, etc.

CW-286A Synthetic Blood Penetration Tester for Protective Clothing

product description

The protective clothing synthetic blood penetration tester is used to measure the penetration performance of liquid-derived liquids such as synthetic blood to evaluate its safety protection performance. It is mainly used to test the penetration resistance of protective clothing to liquids such as blood, body fluids, blood pathogens (tested with Phi-X 174 antibiotics), synthetic blood, etc. Applicable to the liquid penetration resistance of protective equipment such as gloves, protective clothing, outer covers, coveralls, and boots.

CW-286AF Multi-station Protective Clothing Synthetic Blood Penetration Tester

product description:

The multi-station protective clothing synthetic blood penetration tester is used to measure the penetration performance of liquid-derived liquids such as synthetic blood to evaluate its safety protection performance. It is mainly used to test the penetration resistance of protective clothing to liquids such as blood, body fluids, blood pathogens (tested with Phi-X 174 antibiotics), synthetic blood, etc. Applicable to the liquid penetration resistance of protective equipment such as gloves, protective clothing, outer covers, coveralls, and boots.

CW-233H vertical combustion tester

product description

The vertical flame chamber is used to determine the flame retardancy, glow spread and charring properties of fabrics, children's clothing, foam, paper and other materials. The purpose of this manual is to provide guidance for the setup and use of VFC. Please refer to the specific test method for sample preparation and test instructions

1. Gas burner

A modified Bunsen burner provides non-pajama test kits. Burner includes flame altimeter and light guide. For children's pajamas test kits are provided with sloped side burners mounted on the side walls of the test chamber.

2. Air connection

The gas mixture shall be methane, 99% pure, or in the applicable test method. If using a side burner, connect the gas supply line directly to the burner inlet through a customer-supplied pressure regulator. If using a Bunsen burner, connect your gas supply to a manual gas control unit and connect the unit's output wire to the burner inlet

3. The position and flame height of the Bunsen burner

Position the burner so that the center of the burner barrel is directly below the center of the specimen

On the burner, relative to the pilot tube, there is a metal flame height gauge spaced 13 mm (1/2 in) from the barrel and extending above the burner. The rod has two 8mm (5/16in) tips with marks spaced 19mm (3/4in) and 38mm (1 1/2in) above the top of the burner. Use this gauge when adjusting burner flame heights in accordance with applicable test methods.

CW-571 Fabric air permeability tester

Product Usage

The fabric air permeability tester is a kind of gas permeability tester, which is suitable for the air permeability of various textiles including industrial fabrics, non-woven fabrics and other breathable products such as sponges. And detection of highly air-permeable materials such as paper.

CW-342 Fabric Inductive Static Decay Tester

scope of application

Under laboratory conditions, it is suitable for measuring the electrostatic properties of fibers, yarns, fabrics, carpets, decorative fabrics and other types of fabrics or various plate-shaped products. The instrument host is composed of a corona discharge device and a probe detector. Using a given high-voltage electric field, the fabric is discharged for a fixed time, so that the fabric induces static electricity, so as to detect the magnitude of the static electricity, the half-life of the static voltage decay, and the residual static electricity to show the electrostatic performance of the tested fabric.