Ball Resilience Tester

Name: Ball Resilience Tester
Brand: GLOBE ENTERPRISES
Price: 20000 INR
Availability: InStock

Price 20000 INR/ Unit

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MOQ : 1 Unit

Ball Resilience Tester Specification

Specimen Size
50 mm diameter x 25 mm thickness

Number of Specimens
Single Specimen at a time

Humidity
Ambient

Temperature
Ambient

Test Material
Rubber, Foam, Polyurethane, Soft Materials

Type
Digital Ball Resilience Tester

Material
Mild Steel (Powder Coated)

Power
220V AC, 50Hz

Power Source
Electric

Dimension (L*W*H)
Approx. 400 x 300 x 700 mm

Weight
Approx. 25 kg

Usage
Testing Resilience of Rubber or Foam Materials

Application
Laboratory Rubber Testing

Ball Resilience Tester Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash on Delivery (COD), Cheque, Cash Advance (CA)

Supply Ability
100 Units Per Month

Delivery Time
15 Days

Main Domestic Market
All India

About Ball Resilience Tester

Backed by our diligent professionals, we have been engaged in business of manufacturing and exporting Ball Resilience Tester. It has been designed for testing resilience of polyurethane foam required for making mattresses & upholstery seats and elastomers & rubbers as well. This tester works by dropping a steel ball from a predetermined height to specimen and then results are measured in percentage. Offered Ball Resilience Tester is known to have user friendly operation with long lasting life.

Features:

Provides accurate results
Rugged structure
Electrically operated

Technical specification

Diameter of Steel Sphere	16 mm
Frequency	50 Hz
Automation Grade	Semi-Automatic
Voltage	220 V
Brand	Globe Enterprises
Material	SS
Weight of Steel Sphere	16.3 g
Standards	ASTM D 3574-1986, ISO 8307-1990, JIS K 6400-1997
Power Source	Electric
Inner Diameter of Acrylic Tube	40 mm
Height of Test Specimen	50 to 150 mm
Dropping Height	500 mm

Advanced Digital Measurement for Reliable Results

Equipped with a digital interface, this Ball Resilience Tester delivers consistent and accurate measurements, eliminating manual errors. Its advanced design streamlines the assessment of rebound resilience, enabling laboratories to maintain stringent quality standards across various soft material applications, such as rubber, foam, and polyurethane.

User-Friendly Operation and Safety Features

The testers ergonomic build, powered by standard 220V AC electric supply, ensures effortless specimen placement and operation for single samples at a time. Powder-coated mild steel construction guarantees both safety and long-term durability, making it an ideal addition to laboratory environments focused on efficiency and accuracy.

FAQs of Ball Resilience Tester:

Q: How does the Digital Ball Resilience Tester work to assess material resilience?

A: The Digital Ball Resilience Tester works by dropping a standardized ball onto a prepared specimen (50 mm diameter x 25 mm thickness) made from rubber, foam, or similar materials. It then digitally measures the rebound height, accurately reflecting the materials elasticity and resilience under ambient laboratory conditions.

Q: What materials can be tested with this resilience tester?

A: This instrument is designed to test a variety of soft materials such as rubber, foam, polyurethane, and similar flexible substances. It is particularly suitable for laboratory quality assurance in the rubber and foam manufacturing industries.

Q: When should I use a Ball Resilience Tester in material testing processes?

A: You should employ a Ball Resilience Tester during quality control stages, research, or development phases whenever an objective measurement of a materials bounce-back or elastic recovery is required. It helps to ensure products meet specified resilience criteria before release or further processing.

Q: Where is the Ball Resilience Tester commonly utilized?

A: The tester is most commonly used in laboratory environments, especially those focused on the development, testing, and quality assessment of rubber, foam, and other soft materials. It is frequently found in research facilities and manufacturing quality control labs.

Q: What is the process of preparing and testing a specimen?

A: To test a specimen, prepare a sample with a diameter of 50 mm and a thickness of 25 mm. Place the specimen on the testers platform, operate the digital controls, and allow the device to perform the rebound test, after which results are displayed digitally for analysis.

Q: What benefits does a digital resilience tester offer over manual testers?

A: A digital resilience tester provides highly accurate, consistent readings while reducing human error common in manual assessments. Its digital readout allows for faster data recording and improved traceability, which is essential for research and industrial applications.

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