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Toe Cap Impact Tester

Name: Toe Cap Impact Tester
Brand: SUNSHINE SCIENTIFIC EQUIPMENTS

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MOQ : 1 Unit

Toe Cap Impact Tester Specification

Operating Voltage
Not required (manual)

Measuring Range
Specified by falling mass and height

Number of Specimens
Single per test

Operate Method
Automatic

Usage
Laboratory

Product Type
Toe Cap Impact Tester

Humidity
Ambient

Max Height
Up to 600 mm (impact height, adjustable)

Resolution
Not applicable (pass/fail test)

Mounting Type
Floor mounted

Power Supply
Electric

Automation Grade
Manual

Application
Impact resistance testing for footwear toe caps

Accuracy
Conforms to footwear safety standards

Temperature
Ambient

Equipment Type
Toe Cap Impact Tester

Color
Blue

Features
Heavy-duty frame, stable base, adjustable anvil

Response Time
Instantaneous, on impact

Test Range
Up to 200 Joules (as per standard)

Specimen Size
Standard toe cap as per IS or EN requirement

Capacity
20 kg (falling mass, as per IS15298/EN20344)

Machine Weight
Approx. 70 kg

Test Speed
Gravity drop (fixed speed as per standard)

Test Stroke
Vertical drop (Specified by impact height)

Control Mode
Manual

Anvil Type
Hardened steel, replaceable

Compliance Standards
IS 15298, EN 20344, ASTM F2413

Safety Features
Locking pin, safety cover on base

Customizability
Custom drop heights and weights available on request

Impact Hammer Shape
Striker with specified dimensions as per IS/EN standard

Drop Weight
20 kg (as per standard)

Maintenance
Low, periodic lubrication and inspection only

Height Adjustment
Graduated scale for accurate height setting

Finish
Rust and corrosion resistant coating

Construction Material
Mild steel with powder coated finish

Toe Cap Impact Tester Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Week

Delivery Time
1 Week

About Toe Cap Impact Tester

Toe cap impact tester is used to evaluate the impact resistance of safety toe caps. A heavy object is dropped on the toe cap from a specific height to replicate working circumstances. The instrument gauges the force of impact and the degree of toe cap deformation. To ensure that the toe caps can endure the impact of falling items and adequately protect the employees' feet, it is mostly utilised in the production of safety footwear. Safety toe caps are tested for quality control and effectiveness using the toe cap impact tester.

Precision Engineering for Reliable Safety Testing

Designed for laboratory environments, the Toe Cap Impact Tester's powder-coated mild steel frame and hardened steel anvil ensure lasting durability. Its adjustable impact height (up to 600 mm) and replaceable components facilitate a broad test range of up to 200 Joules, compliant with global standards. An easy-to-read graduated scale and the provision for custom weights or heights enhance its versatility.

Efficient and Safe Operation

Safety is paramount: a locking pin and safety cover on the base protect operators during use. The tester's manual control mode ensures straightforward operation, while its heavy-duty construction stabilizes every test. Its gravity drop system provides consistent, standard-compliant impact speed, and the device accommodates a single standard-sized specimen per cycle for accurate results.

Simple Maintenance and Longevity

Designed for low upkeep, routine maintenance is limited to periodic lubrication and basic inspections. The rust and corrosion-resistant finish extends the machine's operational life, making it a cost-effective solution for ongoing compliance testing in footwear manufacturing and research facilities.

FAQ's of Toe Cap Impact Tester:

Q: How is the Toe Cap Impact Tester operated during a test?

A: The Toe Cap Impact Tester is manually operated by setting the desired impact height using the graduated scale, securing the toe cap specimen on the adjustable hardened steel anvil, and releasing the 20 kg drop weight to perform a vertical impact. Safety features, such as the locking pin and safety cover, ensure secure and controlled testing.

Q: What construction standards does this tester comply with?

A: This device fully complies with IS 15298, EN 20344, and ASTM F2413 standards for footwear impact testing, ensuring test results are accepted internationally for safety shoe certification.

Q: When should maintenance be performed on this impact tester?

A: Maintenance requirements are minimal; periodic lubrication and routine inspection of the moving parts and safety features are recommended to ensure smooth operation and longevity.

Q: Where is this equipment typically used?

A: The Toe Cap Impact Tester is primarily used in laboratory settings, footwear manufacturing, research facilities, and by exporters and suppliers who need to verify the impact resistance of safety shoe toe caps according to recognized standards.

Q: What is the testing process for evaluating a safety shoe toe cap?

A: Begin by placing the standard-sized toe cap on the anvil, adjusting the impact height as specified, and ensuring all safety covers and locks are engaged. The drop weight is then released to deliver a measured impact. The outcome is evaluated instantly, as the test is a pass/fail based on standard requirements.

Q: What are the main benefits of using this impact tester for footwear manufacturers?

A: Manufacturers benefit from its precise, repeatable testing, compliance with international safety standards, low maintenance design, customizable features, and durable, corrosion-resistant construction. This ensures reliable, cost-effective impact assessment for product development and certification.

Q: Can drop heights or weights be customized for specific testing requirements?

A: Yes, upon request, the Toe Cap Impact Tester can be configured with custom drop heights and weights, allowing for specialized testing beyond standard protocols to accommodate unique safety or research needs.

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