
Film Impact Tester
Category:Material Strength Tester
Introduction
A Film Impact Tester is a device designed to measure how well a film or thin material can withstand sudden impact or shock without breaking, cracking, or puncturing. It is commonly used in laboratories and quality control environments. The film impact testing machine, through the hemispherical punch at a certain speed, impacts and passes through the film sample, measures the energy consumed by the punch, and evaluates the anti-pendulum impact energy of the film sample.
The sample to be measured is placed in the middle of two splints to clamp, and the pendulum is adjusted by counterweight to form enough mechanical energy to impact the surface of the sample to be measured during the impact process to break down or not break down the sample to be measured. The energy borne by the sample to be measured is the loss part of the total mechanical energy formed by the pendulum during the impact process, and is read out on the dial through the pointer.
Standards
(1)ASTMD3420-2014
(2)GB8809-2015
(3)GB/T 20624.1—2006/ISO 6272-1:2002
(4)ASTM D2794—2019
Applications
(1)Packaging Materials
Test the impact resistance of plastic films, laminates, and flexible packaging materials.
Evaluate durability for bags, pouches, wraps, and protective films.
(2)Plastic & Polymer Films
Assess brittleness, toughness, and impact strength of PVC, PE, PET, and other polymer films.
Ensure materials meet quality and safety standards.
(3)Industrial Films & Coatings
Evaluate surface coatings, laminates, and protective films for mechanical stress tolerance.
Determine suitability for automotive, electronics, or construction applications.
(4)Research & Development
Used in laboratories and universities for materials testing, formulation optimization, and durability studies.
Supports R&D of new polymer blends, laminates, and film products.
(5)Quality Control & Production Monitoring
Ensures film materials meet industry or customer specifications before shipment.
Helps identify manufacturing defects and improve production consistency.
(6)Standards Compliance
Supports testing according to ASTM, ISO, and other international standards for film impact resistance.
Performance parameters
– Full range of dial: 3J/(30cm.kgf)
– Maximum impact energy: 3J
– Hammer diameter: Φ25.4mm: suitable for test specimens with diameter of medium 50-60 (Class A test in the standard); Φ19mm: Suitable for testing specimens with a diameter of 89 (Class B test in the standard)
– Reading dial minimum scale value: 0.020J/ grid (0.20cm.kgf)
– Specimen clamp diameter: Φ89mm, Φ60mm
– Swing range: R300mm
– Swing Angle: 90°
Accessories
(1)Dart (Impact Head)
A hemispherical impact head used to strike the film specimen.
(2)Weight Set
Used to adjust the total impact mass to meet different test standards.
(3)Specimen Clamping Device
Holds the film securely to prevent movement during testing.
(4)Guide Tube (Drop Tube)
Ensures the dart falls vertically and impacts the correct position.
(5)Release Mechanism
Controls the accurate release of the dart from a specified height.
FAQ
(1) What is this product?
A Film Impact Tester is a laboratory testing instrument designed to measure the impact resistance and toughness of thin materials, such as plastic films, sheets, and flexible packaging materials. It helps determine a material’s ability to withstand sudden external force without failure.
(2) What is this product used for?
This product is used to:
Evaluate impact strength and puncture resistance of films
Test durability of packaging materials
Compare performance of different materials
Support quality control and product development
It is especially important in ensuring that materials can resist damage during handling, transportation, and storage.
(3) How does this product work?
The machine typically operates using a controlled impact method:
A film specimen is clamped securely in place.
A weighted dart or pendulum is released from a set height.
The weight impacts the film surface.
The system records whether the sample fails and calculates the impact energy required to cause damage.
Results are used to determine the material’s impact resistance performance.
(4) Why is this product important?
Ensures product safety and packaging reliability
Reduces risk of damage during shipping and handling
Helps optimize material thickness and cost efficiency
Supports compliance with international testing standards
Improves overall product quality and competitiveness
(5) Which industries is this product suitable for?
The Film Impact Tester is widely used in:
Plastic film and flexible packaging industry
Food and beverage packaging
Pharmaceutical packaging
Agricultural films and greenhouse materials
Chemical and industrial packaging
Quality inspection laboratories
Research institutes and universities
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