感應式木材水分測定儀 型號：MS-310
延續與提升，是市場需求的產物，是高科技技術發展的進步。感應式木材水分測定儀，采用電磁波（即高場能）掃描技術，波段掃描入木材內部，一秒顯示其水分值，即可反映出木材內部含水率，又對被測量物表面無任何破壞作用，而且結果更加精確，因而，逐漸成為市場主品。該產品主要用來測量木制品的含水率，被廣大的木業界用戶用來測量以下產品水分含量：木材、家具、地板、木門、木托盤、實木地板、復合地板、竹地板、木木棒、木板、原木、板材、紅木、木制品、包裝箱、砧板、膠合板、木粉、人造板、竹材、木料、密度板、纖維板、木方、木箱、木器、木頭、木柄、竹板等等。

一、概述
1. 電磁波傳感技術，穿透能力更強,測量深度更深,通過簡單接觸瞬時讀數，并且不損壞物體表面。
2. 寬屏數字背光顯示，即使光線不足的環境下也能清晰地顯示測量讀數。
3. 測量速度快,可替代傳統烘箱法 ,使水分測定時間縮短,測量值1秒鐘讀數，大大節省了檢測人員的寶貴時間。
4. 根據不同的物種選擇不同的代碼，大大提高測量的準確性。
5. 體積小，重量輕、抗干擾性能強、可隨身攜帶于現現場進行快速檢測。
6. 儀器設計采用了低功耗大規模集成電路和液晶顯示技術, 耗電量低.
7. 報警功能，Z大值保持。
二，測量參數
1.顯示方式：4位LCD液晶數字顯示
2.水分測量范圍：0-99%
3.測量環境：
溫度：-10℃-60℃   
濕度：35%-90%
4.測量原理：
高周波原理，溫度補償
5.精確度：±0.5％n
6.分辯力：0.1
7.響應時間：1秒
8.電源：4節7號電池
9.體積：
主機：140mm×60mm×24mm
10.凈重：約120克

產品名稱：高精度手持式紅外測溫儀 紅外測溫儀 產品型號：CIT-G

手持式紅外測溫儀 紅外測溫儀型號：CIT-G

 技術特點： 
CIT-G系列手持式紅外測溫儀具備多種功能，能夠滿足工業上各種各樣非接觸的溫度測量應用。
體積小巧，方便攜帶和測量 
優秀的光機體系設計使其擁有較強的抗煙霧及抗水蒸汽能力 
具有多種測量模式。可固定連續測量，也可手持移動測量 
產品界面友好，操作簡單，使用方便 
可選擇目視瞄準型產品或中心激光瞄準型產品。目視瞄準型產品不但可指示被測目標位置，并且可指示被測目標大小 
低功耗、電池連續工作壽命長

紗線動態摩擦系數測定儀 型號：LFY-110 美標

主要用途  

用于測定紗線的摩擦特性，適應于化纖長絲及其它材料紗線的動態摩擦系數的測定，亦可用于皮輥等紡織器材的摩擦系數測定，是評價長絲及紡織器材摩擦系數等*的測試儀器。 
儀器特征 
1、 采用絞盤法(RoLor法)測試機理，直流電機作等速引力源。                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                  
2、 高精度的測力機構； 
3、可調的預張力機構； 
4、全自動測試控制系統； 
技術指標 
1、測力范圍及精度：0～500cN±1％ 
2、摩擦系數范圍：0＜μ＜1 
3、摩擦角可調范圍：0度～360度 
4、預張力范圍：0～24CN 
5、紗線測試速度：100m/min 
6、顯示內容：速度、預張力、摩擦系數 
7、電源、功率： AC220V 50Hz 300W 
適用標準 
ASTM D 3108-2013《紗線與固體材料之間摩擦系數試驗方法》