Return to CHARPY, IZOD, PENDULUMS IMPACT TESTERS← Charpy and Izod Impact Pendulums - PTS←
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High Capacity Charpy Impact Pendulums
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High-capacity impact testers are used to determine the impact characteristics of metals and feature two main devices: the hammer and tooling for Charpy or Izod testing.
The impact energy can be displayed on a dial, a digital screen, or on a computer.
Pruebas de Impacto de alta capacidad están disponibles en capacidades de 300 J, 500J y 800J
All high-capacity IT Series impact testers conform to ASTM E23, ISO 148-1983, and GB/T 3808-1995 standards.
We offer the following:
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Cryogenic Chambers for Impact Specimens
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The chamber is designed to prepare Charpy impact specimens for low-temperature testing.
Note: Temperature drop rate: 30 °C - 0 °C, +30 °C - -20 °C, -20 °C - -35 °C...

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The DT Series drop weight impact testers are suitable for different types of drop weight impact testing, especially for steel pipes.
The unit is equipped with different weights and anvils and can perform other types of impact tests according to customers’ special requirements...

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The ITA Series impact testers are a range of analog testers that use an indicator dial to read impact energy.
The ITA is available in capacities of 300 J, 500 J, and 800 J...

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The ITC Series impact testers feature computer-controlled testing capabilities and include the Impactstar software...
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The ITD Series impact testers feature digital test result readings with a remote LCD display.
In this model, the pendulum is raised and released automatically...

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This machine is designed to notch specimens used in impact testing applications.
The L71-UV can cut the notch according to the national standard GB/T229-1994 “Test Method for Metallic Materials"...

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¿que es un pendulo de impacto de gran capacidad? Es un instrumento de ensayo mecánico que utiliza un brazo con un péndulo pesado que se deja caer desde una altura determinada para golpear una probeta o muestra de material.
La energía que el péndulo pierde al romper la muestra se usa para calcular la tenacidad o la resistencia al impacto del material.
¿Para qué sirve? para Determinar la tenacidad de metales o plásticos duros. Evaluar el comportamiento de los materiales ante impactos repentinos.Verificar la calidad de materiales según normas internacionales (ASTM E23, ISO 148, EN 10045, etc.). Apoyar el control de calidad en fábricas y laboratorios de ensayos de materiales.