注意:因業務調整,暫不接受個人委托測試望見諒。
生物學家常見的樣品分類: 哺乳動物, 爬行動物, 鳥類, 魚類, 昆蟲, 真菌, 植物, 病毒, 細菌, 古代生物, 植物真菌, 淡水生物, 海洋生物, 果蠅, 斑馬魚, 小鼠, 大鼠, 豬, 貓, 狗
氧含量,硫含量,水分含量,粒度分析,揮發分含量,灰分含量,密度,PH值,電導率,氯離子含量,氟離子含量,重金屬含量,苯并[a]芘含量,甲醛含量,苯胺含量,阻燃劑含量,塑化劑含量,可溶性鈀含量,臭氧含量,二噁英含量
Thermogravimetric Analysis (TGA)
This method involves measuring the weight change of the sample as a function of temperature. It can provide information on the thermal stability and decomposition of the sample.
Differential Scanning Calorimetry (DSC)
DSC measures the heat flow in or out of a sample as a function of temperature or time. It can be used to determine the glass transition temperature, melting point, and heat capacity of the sample.
High Performance Liquid Chromatography (HPLC)
HPLC can be used to analyze the composition of a sample by separating its components based on their interactions with the stationary phase and mobile phase.
Gas Chromatography-Mass Spectrometry (GC-MS)
GC-MS is a technique used to identify and quantify compounds in a sample by separating them based on their mass-to-charge ratio and retention time in a gas chromatograph.
X-ray Diffraction (XRD)
XRD can be used to determine the crystal structure of a sample by analyzing the diffraction pattern of X-rays that are diffracted by the sample's atomic planes.
Scanning Electron Microscopy (SEM)
SEM can provide high-resolution images of the sample's surface morphology and topography using a focused beam of electrons.
Fourier Transform Infrared Spectroscopy (FTIR)
FTIR is a technique used to analyze the functional groups present in a sample by measuring the absorption of infrared radiation at different wavelengths.
Raman Spectroscopy
Raman spectroscopy can provide information about the vibrational modes of molecules in the sample by measuring the Raman scattering of photons after interacting with the sample.
Inductively Coupled Plasma Mass Spectrometry (ICP-MS)
ICP-MS is a sensitive technique used to quantify the elemental composition of a sample by ionizing the elements in a plasma and analyzing them using a mass spectrometer.
紅外高溫熱像儀,熱電偶,紅外溫度計,熱像儀,熱板,光學顯微鏡,熱電阻溫度計,針尖溫度計,熱電阻,紅外線溫度計,焊接熱像儀,熱導率儀,熱處理爐,高溫電阻爐,紅外熱像傳感器,高溫膠帶,紅外熱成像相機,高溫強度試驗機,恒溫培養箱,高溫拉力試驗機,高溫滅菌鍋
HB 5636-1987:十二角壓扁自鎖螺母(最高溫度650℃)
HB 5639-1987:十二角壓扁自鎖螺母(最高溫度230℃)
JG/T 353-2012:工業滑升門
JB/T 6213.2-2006:電機繞組引接軟電纜和軟線 第2部分:連續運行導體最高溫度為70℃的軟電纜和軟線
JB/T 6213.4-2006:電機繞組引接軟電纜和軟線 第4部分:連續運行導體最高溫度為180℃的軟電纜和軟線
MT/T 418-1995:液壓升柱器
JB/T 6213.3-2006:電機繞組引接軟電纜和軟線 第3部分:連續運行導體最高溫度為90℃的軟電纜和軟線
QB/T 2980-2008:23升打漿機
QB/T 1702.2-1993(2017):括板升運機
CNS 3966-1987:研磨輪最高使用周邊速度
CNS 12357-1988:低壓絕緣電線最高容許溫度
QB/T 1702.2-1993(2009):括板升運機
QB/T 2980-2008(2017):23升打漿機
JB/T 6213.6-2006:電機繞組引接軟電纜和軟線 第6部分:連續運行導體最高溫度為125℃和150℃的軟電纜和軟線
GB/T 12544-2012:汽車最高車速試驗方法
EJ/T 304-1994:60升六氟化鈾容器
EJ/T 305-1994:300升六氟化鈾容器
HB/Z 321-1998:飛機增升裝置設計指南
GB/T 23920-2022:低速汽車 最高車速測定方法
TB/T 1424-1982:通信信號產品的溫升
GB 51177-2016:升船機設計規范
CB 20506-2018:全墊升氣墊登陸艇墊升風機圍井制作工藝要求
CB 20637-2018:全墊升氣墊登陸艇推進墊升系統基座裝焊工藝要求
CB 20510-2018:全墊升氣墊登陸艇艇體頂升墊高工藝要求
EJ/T 350-1994:740升六氟化鈾容器
CNS 8389-1985:汽車用氣動舉升器
EJ/T 303-1994:1升六氟化鈾容器
EJ/T 306-1994:1000升六氟化鈾容器
GB/T 4632-2008:煤的最高內在水分測定方法
TB/T 2981-2000:材料燃燒最高熱值的確定
1.具體的試驗周期以工程師告知的為準。
2.文章中的圖片或者標準以及具體的試驗方案僅供參考,因為每個樣品和項目都有所不同,所以最終以工程師告知的為準。
3.關于(樣品量)的需求,最好是先咨詢我們的工程師確定,避免不必要的樣品損失。
4.加急試驗周期一般是五個工作日左右,部分樣品有所差異
5.如果對于(最高溫升檢測)還有什么疑問,可以咨詢我們的工程師為您一一解答。