kammrathweiss拉力機(jī)

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碳纖維納米纖維原位力學(xué)測(cè)試臺(tái)高強(qiáng)度纖維動(dòng)靜態(tài)疲勞拉伸材料拉力玻璃纖維、滌綸工業(yè)絲、高強(qiáng)聚乙烯纖維、芳綸絲、碳纖維絲、蠶絲、蜘蛛絲、納米纖維

 kammrath-weiss纖維顯微鏡纖維拉伸試驗(yàn)機(jī)外形尺寸為80×100×22立方毫米，這個(gè)設(shè)備安裝在sem掃描電鏡和光顯微鏡樣品臺(tái)上。原位觀察拉伸實(shí)驗(yàn)應(yīng)用于非常低的載荷，并且有非常高的分辨率（最小到1×10-5 N）。拉伸速度的范圍是0.1到20微米/秒.我們高剛度的纖維顯微鏡纖維拉伸試驗(yàn)機(jī)，最小可以非常測(cè)量纖維小到2.5μ米直徑，和幾個(gè)毫米長(zhǎng)度。

Fiber Tensile Module

Tensile Experiments — down to the μN(yùn)-Range

The outer dimensions of the Fiber Tensile Module are 80 x 100 x 22 mm³, it is mounted to the SEM or light microscope specimen stage "like a large specimen". It allows in-situ observation of tensile testing experiments at extremely low forces, yet very high load resolution (down to 1×10^-5 N). The tensile speed range is 0,1 to 20 μm/s. These features, coupled with maximum stiffness of this substage, allow very accurate measurements on fibers of down to 2.5 μm diameter, and several millimeters length. The specimens can be observed statically or dynamically at magnifications well beyond 10 000 x in daily routine work.

The load is measured by the principle of frequency variations on a spring-loaded metal wire. The displacement is taken by a differential transformer (LVDT).

The enlarged view shows the specimen holder, which is a pair of ceramic tubes, ground down to half their diameter (red tips). One side is attached to a parallel sled, driven by a combination of DC-tacho-motor/angular encoder for precise recognition of the displacement. A fine tungsten wire touches the specimen from underneath at 90 degrees. This wire allows heating up the specimen locally.