quick info

Concrete Test Hammer from Vertex is used for the non-destructive compression strength measurement of concrete. In such a way, concrete is tested for its load-bearing capacity and strength. The measuring principle is such that the concrete Test Hammer hits the concrete. Depending on the concrete hardness, the body rebounds, more or less. The rebound is measured by the device and can be converted to compressive strength.

Standard

EN 12504 PART 2 / ASTM C805

Model

VSLIC-VS2

  • OVERVIEW

  • SPECIFICATIONS

  • FEATURES

  • VIDEO

  • DIMENSION

OVERVIEW

Since a conventional measurement cannot be carried out in the laboratory when the concrete is built-in, a concrete test hammer is used on site. The measurement is carried out directly on the surface of the concrete and is determined with the help of a conversion table for compressive strength classes. The compressive strength is determined by means of a one-axis, short pressure load without damaging the concrete. The compressive strength of concrete depends on various influential factors such as granules size, water-cement value, fresh concrete density, air content in concrete, resistance to chemical attacks, etc.

SPECIFICATIONS

Since a conventional measurement cannot be carried out in the laboratory when the concrete is built-in, a concrete test hammer is used on site. The measurement is carried out directly on the surface of the concrete and is determined with the help of a conversion table for compressive strength classes. The compressive strength is determined by means of a one-axis, short pressure load without damaging the concrete. The compressive strength of concrete depends on various influential factors such as granules size, water-cement value, fresh concrete density, air content in concrete, resistance to chemical attacks, etc.

FEATURES

Since a conventional measurement cannot be carried out in the laboratory when the concrete is built-in, a concrete test hammer is used on site. The measurement is carried out directly on the surface of the concrete and is determined with the help of a conversion table for compressive strength classes. The compressive strength is determined by means of a one-axis, short pressure load without damaging the concrete. The compressive strength of concrete depends on various influential factors such as granules size, water-cement value, fresh concrete density, air content in concrete, resistance to chemical attacks, etc.

PRODUCT VIDEO

DIMENSION

Length (Inch)Width (Inch)Height (Inch)

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