Pendulum Impact Tester LIPT-T2010

Introduction

Pendulum Impact Tester features maximum impact energy of 3 J and a minimum graduation value of 0.03 J. It operates by using a semi-circular ball pendulum that swings to strike a sample at a controlled impact speed, breaking it upon contact. The energy absorbed by the sample during impact is displayed through a dial and pointer system, providing accurate test results. This tester is manually operated, making it easy to use. Our tester is used to measure the impact toughness of materials such as plastic films, rubber, and metal foils.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Pendulum Impact Tester is used in material testing laboratories to evaluate the impact resistance of plastic films, rubber, and metal foils. It is commonly applied in quality control, research, and development for industries such as packaging, automotive, and aerospace.

Specifications

Maximum Impact Energy	3 J
Minimum Graduation Value	0.020 J (Option: 0.010 J)
Pendulum Lifting Angle	90°
Pendulum Swing Radius	265 mm
Impact Speed	2.5 m/s
Impact Head Size	Փ 12.7 mm, Փ 25.4 mm
Sample Holder Diameter	Փ 60 mm, Փ 89 mm
Required Sample Size	100 × 100 mm

Features

Controlled pendulum motion

High impact speed

Precise impact measurement

Customizable impact head specifications and sample fixtures

Compact design

FAQs

1. How does the Pendulum Impact Tester work?

Impact Tester operates by raising a pendulum to a predetermined height and releasing it to strike a sample positioned in the testing fixture. The sample absorbs some of the kinetic energy from the pendulum, which causes it to break or deform. The remaining energy is displayed on a dial or digital screen, indicating the material's impact strength. The tester is designed with specific impact heads, sample holders, and calibration settings to ensure accurate and repeatable results.

2. What materials can be tested using a Pendulum Impact Tester?

Pendulum Impact Tester is designed to evaluate the impact resistance of a wide range of materials, including plastic films, rubber sheets, composite materials, and thin metal foils. It is widely used in industries such as packaging, automotive, aerospace, and construction, where material toughness plays a crucial role in product performance and safety.

3. Why is impact testing important in material selection?

Impact testing is essential in material selection as it helps determine how a material will perform under sudden forces or shock loads. Materials with high impact resistance are preferred for applications where durability and fracture resistance are critical, such as in automotive crash components, aerospace structures, and industrial packaging. The test results allow manufacturers to choose materials that meet safety and performance standards.

4. How does temperature affect the impact strength measured by a Pendulum Impact Tester?

Temperature significantly influences the impact strength of materials. At lower temperatures, materials tend to become more brittle and may absorb less energy before breaking. Conversely, at higher temperatures, materials generally exhibit increased ductility, allowing them to absorb more impact energy without fracturing. This is why impact testing is often conducted under various temperature conditions to assess a material's performance in real-world environments.

5. In which industries is the Pendulum Impact Tester commonly used?

Pendulum Impact Tester is widely used in industries such as automotive, aerospace, packaging, construction, and manufacturing. In the automotive industry, it is used to test the impact resistance of plastic and composite materials used in vehicle interiors and exteriors. In aerospace, it ensures that lightweight materials can withstand impact forces. In packaging, it evaluates the durability of films and foils used for product protection. The construction industry uses it to assess building materials for safety and longevity.