Does Your Notch Quality have an Adverse Effect on your Data Reliability?

The Instron® Motorized Notcher allows an operator to create notched specimens accurately, quickly, and safely.

  • Products
  • 10/15/2021
  • 0.5 MB

Does Your Specimen Quality have an Adverse Effect on Your Data Reliability?

The Instron® Hollow Die Punch system is a tool used to create dog bone shaped specimens easily, quickly, and safely. An ideal choice over the “manual” punching of specimens, the system is powered by compressed air and creates a tensile specimen that is free of tool marks, incipient cracks, induced stresses, internal deformation, and heat distortion in or on the specimen.

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  • 10/15/2021
  • 6.3 MB

2810 Series Micro 3 Point Bend

Bend or flexure testing provides a convenient method for characterizing the strength of the miniature components and specimens typical of those found in microelectronics applications.

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  • 10/14/2021
  • 472.6 KB

Foam Compression Fixture | 2810-130

The foam compression fixture is designed for indentation and compression testing of expanded cellular materials. Standards that require this style of fixture include ASTM D3574, Method B1 and B2, ASTM D5672, and ISO 2439.

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  • 10/13/2021
  • 423.3 KB

Flatwise Tensile Strength Fixtures | 2505-013, 2505-014, 2505-015

The sandwich flatwise tension fixture is designed to measure the bond strength between the facing and core of a sandwich construction panel.

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  • 10/13/2021
  • 406.5 KB

衝撃試験ハンドブック

ポリマーの衝撃特性は材料の総合靭性に直接的に関係します。靭性は、ポリマーが加えられたエネルギーを吸収する能力として定義されます。応力対ひずみ曲線を解析することにより、曲線下面積に直接的に比例するため材料の靭性を推定することができます。その意味で、衝撃エネルギーは材料の靭性の測定です。衝撃エネルギーが高いほど靭性は高くなります。さて、衝撃抵抗、衝撃荷重のもとでの破断に抵抗する材料の特性、あるいは高速で負荷された応力のもとでの破断に抵抗する特性を定義することができます。

  • Products
  • 10/11/2021
  • 1.6 MB