Microbiology laboratory

Internal R&D and application verification platform to carry out material evaluation and process trials around mould prevention, antibacterial and anti-mite.

Internal microbiology laboratory

Focus on microbial detection
and material protection research

Our in-house laboratory carries out material evaluation and application research and development focusing on anti-mould, antibacterial and anti-mite. The work covers material sample preparation, microbial culture, microscopic observation and result analysis.

The materials evaluated include textiles, leather, wood, bamboo, and plastics, etc. The experimental records are analyzed along with the material status and processing technology.

View testing and R&D scope
Laboratory staff preparing and discussing samples
Laboratory staff preparing and discussing samples

7 item

Testing and R&D work

3 directions

Anti-mould · Antibacterial · Anti-mite

Testing and R&D

Testing and R&D capabilities

Anti-mould

Observation of hyphae and spore morphology
Observation of hyphae and spore morphology

Antibacterial

Experimental sample pipetting and dispensing
Experimental sample pipetting and dispensing

Anti-mite

Microscopic observation of interfiber mites
Microscopic observation of interfiber mites
01

Mould resistance grade evaluation

Culture observations assess mould growth, material resistance and the risk of mould development.

02

Antibacterial effect evaluation

Evaluate the antibacterial effect of samples on textile and material surfaces.

03

Household chemicals Product sterilization and antibacterial effect evaluation

Carry out bactericidal and bacteriostatic effect evaluation based on household chemicals formulas and usage methods.

04

Evaluation and development of anti-mite effect

Carry out evaluation of mite repellent, mite suppression and mite killing effects, and cooperate with the development of anti-mite applications.

05

Environmental mould detection warning

Detect space sedimentation bacteria to understand the mould situation in the production and storage environment.

06

Isolation, purification and identification of mould

Isolate and purify the mould in the sample and identify the strains that need to be controlled.

07

Mould prevention project development

Application research and process development for mould prevention in materials.

Experimental conditions

Equipment and experimental work area

Sample preprocessing, microbial manipulation, culture and observation are carried out in the corresponding experimental area.

UV-visible spectrophotometer

UV-visible spectrophotometer

Sample photometry

Microscope

Microscope

Morphological observation of hyphae, spores, etc.

Desktop centrifuge

Desktop centrifuge

Sample separation and pretreatment

Clean and biosafety operating area

Clean and biosafety operating area

Microbial experimental operations

Experimental operation workbench

Experimental operation workbench

Sample preparation and packaging

Constant temperature culture equipment

Constant temperature culture equipment

Culture and sample status observation

Sample observation

Material culture and mould prevention evaluation

Record the location and growth of mould on the surface of the sample, and conduct a mould prevention assessment based on the materials and processing conditions.

Recombinant Bamboo Sample·Cultivation Observation 1
Recombinant Bamboo Sample·Cultivation Observation 1
Recombinant Bamboo Sample·Cultivation Observation 2
Recombinant Bamboo Sample·Cultivation Observation 2
Textile sample · Culture observation
Textile sample · Culture observation
Leather sample · Culture observation
Leather sample · Culture observation

Recombinant bamboo, textile and leather samples were recorded separately and analyzed according to their respective materials and culture conditions.

Material detection range

Textiles and non-woven fabrics / Leather and shoe materials / Wood, bamboo and boards / Plastics and material surfaces / Household chemicals formulations

Sample preparation and internal verification of antimicrobial masterbatch

Take the sample preparation process of PC10 and PC resin as an example. After measuring and mixing, bake the material at about 120°C for 3 to 4 hours, and then mould it according to the corresponding resin process. Engineers match specific drying and moulding conditions based on the PC grade, equipment and supply version.

  • When materials or formulas change, the laboratory cooperates with the application evaluation of appearance, processing and moulding samples.
  • Each group of samples records the resin, masterbatch, addition amount and processing conditions. The evaluation results correspond one-to-one with the actual samples to serve formula analysis and process adjustment.
Sample link Operation and records
Same batch grouping The same batch of PC resin is used to make unadded samples and added samples respectively. The masterbatch is measured according to the corresponding supply version, and the samples are numbered respectively.
Mixing and moulding Record the resin and masterbatch batch, addition amount, mixing method, drying temperature and time, and actual moulding conditions.
Part inspection Compare the transparency, haze, colour difference, dispersion under the actual thickness with the original mechanical requirements, and record the abnormal location.
Internal evaluation Use the completed moulded parts to arrange corresponding antibacterial evaluation; when cleaning, friction or aging is involved, describe the post-processing conditions of the sample.
Frequently asked questions

Instructions for testing and sample delivery

What do antifungal testing and antibacterial testing observe respectively?

Anti-mould testing records the mould growth status of materials under corresponding culture conditions; antibacterial testing evaluates the effect of samples on target microorganisms. The internal laboratory conducts two evaluations respectively to provide a basis for product and material development.

What information do I need to provide before sending samples?

We first determine the materials and testing items, and then provide sample size, quantity, marking and storage requirements. Treated samples and unprocessed samples from the same batch are grouped and numbered to facilitate combined analysis with process records.

How are experimental records used for formula and process adjustment?

The laboratory combines the culture and testing results with the material status and processing conditions, analyzes the selection, addition and post-processing of additives, and forms formula and process adjustment suggestions.

How to label treated and untreated samples?

Please package separately and indicate the sample number, material and batch, whether it is processed, the product used and the amount added. Different treatment conditions are marked separately; when evaluation after washing or aging is required, the treatment method is also stated.

Consult your application needs

The technical team will provide you with product selection, dosage and processing suggestions, as well as supporting samples and application testing.

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