Mold detection

Mold detection
Project Introduction
Mold is a kind of microorganism that is widely distributed in nature. It exists widely in soil and air. Mold test is an item in the climate environment test, which is used to evaluate the ability of food, products or materials to resist mold erosion. It is the same as general environmental testing. It selects the environmental conditions where the product is most susceptible to mold hazards during actual transportation, storage or use, and uses artificial simulation methods to create the environmental conditions in the laboratory and conduct the test.

Mold detection

Test Range
Daily chemical products, electronic products, disposable sanitary products, plastic materials, paints and inks, coatings, textiles, leather, etc.
Testing purposes
Mold testing is used to determine:
(1) Whether the product, equipment or components are moldy;
(2) The growth rate of mold on products and equipment;
(3) The impact of mold growth on products and equipment on the equipment, task completion and use safety;
(4) Whether the equipment can be effectively stored in the environment;
(5) If mold grows, is there a simple way to remove it?
Mold testing is the most effective means to ensure that designed and manufactured products and equipment meet mold prevention requirements. Although mold-resistant materials have been considered during design, it is often impossible to completely avoid mold growth, and mold tests must be conducted to check whether they actually meet the requirements. For products that are still in the development process, the results of the mold test can be used as a basis for improving the mold-resistant design of the product. For products that are designed and finalized, the mold test can be used as a basis for whether the product meets the design requirements and can pass the design and finalization. Of course, it can also It can provide information for future improved designs.
In order to determine the ability of a product to resist mold corrosion, a test method must be developed that is similar to actual working conditions and can judge the corrosion effect of mold and give a correct evaluation. Provide a basis for product material selection, structure and design to ensure that the product can operate safely and reliably in climate environments where a large amount of mold exists.
Test items
Antibacterial performance, antibacterial effect, antibacterial performance, antimicrobial activity, antifungal evaluation, antifungal performance, antimicrobial activity, culture medium improvement experimental testing, mold disinfection effect testing, etc.
Test process
1. Send samples (or come to collect samples)
2. Free initial inspection (no charge)
3. Make a quotation based on the complexity of the experiment.
4. Both parties confirm, sign a confidentiality agreement, and start the experiment
5. Complete the experiment
6. Mail the test report and provide post-service.
Reference test standards
AATCC 100-2004 Evaluation of antibacterial properties of finished antibacterial fabrics
AATCC 147-2004 Evaluation of antibacterial properties of fabrics
JIs L 1902:2008 Test method for antibacterial properties of textiles
GB/T 20944.1-2007 Evaluation of antibacterial properties of textiles Part 1 Agar diffusion method
GB/T 20944.2-2007 Evaluation of antibacterial properties of textiles Part 2 Absorption method
GB/T 20944.3-2008 Evaluation of antibacterial properties of textiles Part 3 Oscillation method
GB/T 20944.3-2008 Evaluation of antibacterial properties of textiles Part 3 Oscillation method
FZ/T 73023-2006 Antibacterial knitwear
QB/T 2881-2013 Antibacterial technical conditions for footwear insoles and lining materials
ISO 20743:2013 Test method for antibacterial performance of fabrics Compound microbial fertilizer
NY/T 798-2004
FZ/T 62015-2009 Antibacterial towel
ASTM E 2149-2010 Standard Test Method for Determination of Antimicrobial Activity of Immobilized Antimicrobial Agents Under Dynamic Contact Conditions
ATCC 174-1998 (2007) Evaluation of Antimicrobial Activity of Carpets
GB/T 23164-2008 Determination of antimicrobial activity of carpets
SH/T 2162-2008 Inspection regulations for chitosan antibacterial cotton textiles
AATCC 30-2013 Evaluation of antifungal properties of fabrics Inhibition of fabric mildew
GB/T 24346-2009 Evaluation of anti-mildew properties of textiles
FZ/T 60030-2009 Test method for mildew resistance of household textiles
AATCC 174-1998(2007) Evaluation of Antimicrobial Activity of Carpets
GB/T 23164-2008 Determination of antimicrobial activity of carpets
GB/T 24253-2009 Evaluation of anti-mite performance of textiles
FZ/T 62012-2009 Anti-mite bedding

About Us

Shenzhen LCS Compliance Testing Laboratory Ltd., abbr. for LCS, was founded in 2004 in Shenzhen, LCS is now growing into an independent comprehensive third-party institution which focuses on test & certification. Profound technical background and diligent working attitude decided LCS with an outstanding high starting point from the outset，pioneering spirit and consciousness of keeping pace with the times which predestined the thoroughly tempered course of LCS.

Our Labs

LCS Founding Members have engineering background and had gradually built up Safety Lab, EMC Lab, RF Lab, SAR & HAC Lab, Reliability Lab, Lighting Electrical Lab, LED Lighting Performance Lab, Energy Efficiency Lab, Electronic Cigarette Testing Lab, Chemistry Lab, BQTF, Environmental and Occupational Evaluation Lab, Battery Lab, Toy Lab, Textile Lab, Food and Food Grade Material Lab. The establishment of our comprehensive labs ensure our test and certification scope covers almost all fields, such as Reliability and Safety test, EMC test, Chemical Hazardous Substances test, Material Analysis, Food Contact Material test, Bluetooth Test & Certification, Environment and Occupational Health, Performance test of spare parts of Automobile and so on.

Authorization

Moreover, LCS won many authorized qualifications both domestic and overseas. LCS is recognized as IEC/ISO17025 laboratories accepted by CNAS and NVLAP, accredited by CPSC, CMA, accredited for CQC, ISTA, CBTL, SASO, SABS. Meanwhile LCS become laboratory authorized by TUV, BQTF issued by the SIG. LCS had also signed cooperation agreements with FCC, ISED, ETL, CEC, UL, E-Mark, CETECOM, KTC, SAA Approval and many other authoritative institutions, hence we can provide our clients with efficient and professional service for product test and certification.

Experience

Our RF experience ranges from WLAN (802.11b/g/n/a/ac), Wi-Fi 6E, Bluetooth (802.15.1), ZigBee (802.15.4), Z-Wave, UWB (802.15.3), WiMAX (802.16), SRD, DECT, RFID, NFC, GSM, WCDMA (+HSDPA/HSUPA), LTE, 5G (NR/VoNR/eMTC/eMBB/URLLC),UHF/VHF, WHDI, AM, FM, DAB, DVB, GPS, GNSS, COMPASS, GLONASS and more. The products we are mostly working with are basestations, client adapters, laptops, cordless phones, baby monitors, cellulars, radars, sensors, scanners, receivers, immobilizers, remote controls, etc. Modern products incorporate not often one, but a variety of co-existing technologies.

Welcome

LCS is a reliable party. With more than 20 years hands-on experience in the field of Radio, Telecom, EMC and Safety certification, including country approvals worldwide, we will guide you with our knowledge. You are very welcome!

We will be pleased to assist you with your questions or inquiries, please contact us.