SN/T 5315-2021 in English

VALID

Test method of photocatalytic ceramics for self-cleaning - Fluorescence probe method

Issued on:2021-11-22
Implemented on:2022-06-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $130.00
$127.00

Standard No:	SN/T 5315-2021
Document status:	VALID
Title in English:	Test method of photocatalytic ceramics for self-cleaning - Fluorescence probe method
Title in Chinese:	光催化自洁陶瓷性能测试方法荧光探针法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2021-11-22
Implemented on:	2022-06-01
Professional Classification:	SN-Import&Export Inspection
Related Keywords:	test method traditional degradation rate test method photocatalytic ceramics test tank fluorescence probe method introduction analysis
Related Topics:	Photocatalytic Catalyst fluorescence How the probe glows Catalyst fluorescence How about the photocatalytic performance Fluorescence value Fluorescence value catalytic fluorescence method Photocatalytic performance test method Photocatalytic ability Photocatalytic performance test method probe method Photocatalytic ability Photocatalyst Photocatalytic Oxidation Performance Pyrene fluorescent probe tissue autofluorescence Pyrene fluorescent probe Probe spectrum catalytic fluorescence fluorescent probe fluorescent probe Fluorescence application photocatalytic cocatalysis photocatalytic light source How to measure catalytic performance Luminescent probe with Fluorescence Standard autofluorescence range photocatalysis How photocatalytic PCR instrument probe and fluorescence Femtosecond Fluorescence Detector southern probe What is the photocatalytic performance Fluorescence value Fluorescence performance testing voc+photocatalysis voc photocatalytic method voc photocatalysis Test probe use High quality photocatalysis Fluorescence activity tissue autofluorescence The performance of photocatalysis is different every time ceramic test Cadmium Catalytic Performance Fluorescent German Pyrene probe fluorescence tissue autofluorescence solid photocatalysis Ceramic Test Methods Self-cleaning performance of architectural ceramics Probe Test System Liquid fluorescence test method Right photocatalytic performance Test method for self-cleaning performance of building ceramics Fluorescence performance testing Photocatalytic test performance Chemifluorescence Fluorescent Test Method photocatalytic light source fluorescent probe pyrene probe light Fluorescent probes are not specific Fluorescent activity test fluorescence Photocatalytic performance of dual light sources Fluorescence test peak Measurement of autofluorescence performance test english How to detect photocatalysis algal autofluorescence Fluorescence application Fluorescence and Fluorescent Probes spectral probe Detection of fluorescent probes Liquid Fluorescence Test Method Fluorescence measurement f Detection of autofluorescence range of autofluorescence autofluorescence detection fluorescent probe How the probe glows Photocatalytic test General Fluorescent Probes Probe Method Curve Photocatalytic test method Fluorescent PCR and Fluorescent Probes light probe Ceramic properties Fluorescence value Fluorescent probe detection basis fluorescent fluorescent probe performance photocatalysis How long is the fluorescent probe Ceramic Phosphor Fluorescent ceramic sheet low autofluorescence Probe performance Photocatalytic device Fluorescent ceramic sheet high energy photodetector Photocatalytic device Fluorescent Probe Zirconium Fluorescent probes: Conjugated Optical Probes Fluorescence Autocorrelation Spectroscopy Autofluorescent Fluorescent Probes Atomic Fluorescence for Ceramic light source Photocatalytic test method Fluorescence detector tissue autofluorescence Auto and light energy performance test english p2 fluorescent probe Chemifluorescence Fluorescence self-filtering degree test probe Liquid Fluorescence Test Method Photocatalytic test method Ceramic photocatalysis How to use the probe autofluorescence underwater fluorescence detection Test fluorescence method bio-oil photocatalysis photocatalytic automatic performance test english fluorescent dna detection catalytic fluorescence method autofluorescence low autofluorescence fluorescent PCR kit fluorescent probe Photocatalytic bar fluorescent probe clean Catalytic ability fluorescent version Porcelain performance Fluorescent agent performance fluorescent probe fluorescence fish autofluorescence autofluorescent properties Dual probe fluorescence detection light probe autofluorescence test dual fluorescent probe PCR fluorescent probe method Optical Device Photocatalysis fluorescence Cannabinoid fluorescent probes Photocatalytic mechanism photoresponsive probe self-luminescent fluorescent dye Fluorescence aging test quality Fluorescence probe performance test Fluorescence intensity test method Recovery test method for fluorescence properties Probe qualitative detection method Are there detection standards for fluorescent probes? How to study photosynthetic rate Photodetector performance testing Classification of probe labeling methods Fluorescence and other detection methods Probe labeling method Ceramic self-lubricity testing Electrocatalytic testing Fabric fluorescence test Advantages and Disadvantages of Fluorescence Methods Electronic probe chemical dating Northwestern University Electron Probe Test Method Bed of Nails Test Probes

Introduction

Analysis of the core content of the standard

This standard uses a fluorescence spectrophotometer to measure the fluorescence intensity of 2-hydroxyterephthalic acid generated by photocatalytic ceramics, and calculates the photocatalytic activity index R by establishing an If-t linear relationship. Key technologies include:

Key parameters	UV test	Visible light test
Light source requirements	Dominant wavelength 365nm UV lamp	Color temperature 5000K fluorescent lamp
Light intensity	1.0-5.0 mW/cm²	1200-6000 lx
Filter type	UV transmittance filter	UV cutoff filter

Test Principle and Technology Evolution

Based on the characteristic of hydroxyl radicals (·OH) reacting with terephthalic acid to generate fluorescent substances, compared with the traditional degradation rate test method, it has the following advantages:

Sensitivity is improved by 10³ times
Lower limit of detection can reach 10^-8 mol/L
In-situ real-time monitoring is achieved

Critical Control Points of Sample Preparation

The 60×60mm sample prepared by the cutting machine needs to be cleaned in three steps:

Surface particles are rinsed with deionized water

Oil is removed with organic solvent

Deep cleaning with UVC lamp for 4-24h

Typical case: A company did not perform the third step of pretreatment, resulting in a test result deviation of 32%.

Implementation suggestions and precautions

1. Environmental control: Maintain a constant temperature of 23±2℃. It is recommended to use a constant temperature and humidity chamber

2. Data validity verification: When the linear correlation coefficient R²＜0.95, it is necessary to:

Check the stability of the light source

Recalibrate the fluorescence photometer

Verify the freshness of the reagents

3. Special-shaped parts testing: 3D printing can be used to customize the test tank to ensure sealing

More samples: NB/T 47013.2-2015 GB 50021-2001(2009) JGJ 94-2008

Sample only — not a preview of SN/T 5315-2021

Page: 1 / 0

100%

Loading PDF document...

Error loading PDF. Please make sure the file is valid and try again.

We also recommend

SN 0283-1994 in English

\"Method for Inspection of Dichlorodipyridinol Residues in Exported Poultry Meat\"
1994-02-18

SN/T 0244-1994 in English

\"General Rules for Inspection and Certification of Imported Mechanical and Electrical Instruments\"
1993-08-01

SN/T 4552-2016 in English

Rules for the quarantine of garlic for import and export
2016-06-28

SN/T 1268-2010 in English

Codes of disinfection for entry-exit aircrafts
2010-03-02

SN/T 0236-2012 in English

Rules for the inspection of industrial chains for export. General requirement
2012-10-23

SN/T 3008-2011 in English

Determination of cadmium content in plastics and plastics products for import and export - Wet decomposition method
2011-09-09

SN/T 2482-2010 in English

Identification of Potato Witches' Broom Phytoplasma
2010-01-10

SN 184-1993 in English

\"Test Methods for Listeria Monocytogenes in Exported Foods\"
1993-10-08