Compression Testing Instrument

2000.00 - 20000.00 USD ($)/Set

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Compression Testing Instrument Price And Quantity

Minimum Order Quantity 1 Set
Price Range 2000.00 - 20000.00 USD ($)/Set

Compression Testing Instrument Trade Information

FOB Port Jinan
Supply Ability 10 Set Per Month
Delivery Time 7 Days
Packaging Details Standard Veneer Case
Certifications ISO 9001, CE

Product Description

XYD-15K Compression Testing Instrument can be used to measure the compressive resistance, deformation and stacking capability of cartons, beehive crates, plastic tanks (for edible oil and mineral water), paper tanks, paper cases, IBC tanks and other packages.

Compression Testing Instrument conforms to various national and international standards:

ISO 12048, ASTM D642, ASTM D4169,TAPPI T804, JIS Z0212, GB/T 16491, GB/T 4857.4

Application:

Basic Applications	Deformation under Defined Load Test deformation under defined load of various corrugated cartons and beehive crates
	Load under Defined Deformation Test load under defined deformation of various corrugated cartons and beehive crates
	Maximum Load Test the maximum load of various corrugated cartons and beehive crates
	Stack Test Stack test of various corrugated cartons and beehive crates

Features:

High Standard Box Compression Tester for Sale is controlled by micro-computer with menu interface, PVC operation panel and the testing process is automatic
4 testing modes: deformation under defined load, load under defined deformation, maximum load and stack tests
Dynamic digital-display of the test number, specimen deformation, real-time load and initial load
Single-phase power and direct-current drive guarantee the adjustability, accuracy and stability of test speed
Overload protection, maximum stroke protection and error alert for safe test operation
Light-weight design, suitable for various floor loads
Equipped with micro printer which is convenient for the printing of test data

Technical Specification

Load Cell Capacity	15 KN or 45 KN (Optional)
Accuracy	1% FS
Force Resolution	1 daN
Deformation Resolution	0.1 mm
Test Speed	5 mm/min, 10 mm/min, 12.7 mm/min
Test Space	1 m (L) x 1 m (W) x 1.3 m (H)
Power Supply	AC 220V 50Hz
Instrument Dimension	1.2 m (L) x 1.5 m (W) x 2.3 m (H)
Net Weight	800 kg

Versatile Applications Across Industries

Our compression testing instruments are employed in sectors like construction, engineering, and quality control. They are designed to analyze material strength, helping manufacturers and engineers make informed decisions about material selection and safety compliance.

Quality Assurance and Compliance

Every instrument undergoes rigorous quality checks, ensuring precise results for each test. Our comprehensive supply chain, including dealer, exporter, and manufacturer roles in China, guarantees that customers receive authentic and efficiently calibrated equipment.

FAQs of Compression Testing Instrument:

Q: How is a compression testing instrument used in practical applications?

A: A compression testing instrument is employed by placing a sample material between two plates and applying force until it deforms or breaks. This process measures the materials resistance to being compressed, providing vital data for safety and engineering analysis.

Q: What materials can be tested with this compression testing equipment?

A: The instrument is suitable for testing a wide range of materials, such as concrete, metals, ceramics, and plastics. Its versatility makes it an invaluable tool in quality control laboratories, research institutes, and industrial settings.

Q: When should a compression test be conducted?

A: Compression testing should be performed during material development, product quality assessment, and before construction or fabrication projects. Regular testing ensures that the materials meet required safety and regulatory standards.

Q: Where is this compression testing instrument commonly used?

A: This equipment is frequently used in laboratories, construction sites, research centers, and manufacturing facilities, particularly where material strength and structural integrity are crucial.

Q: What are the key benefits of using a compression testing instrument?

A: Key benefits include ensuring material safety, preventing structural failures, and complying with industry standards. Accurate testing supports better quality control and confidence in material performance.

Q: What is the typical process of conducting a compression test with this instrument?

A: The process generally involves preparing a material specimen, positioning it correctly within the instrument, and gradually applying loading force. The machine records the force at which the material yields or fractures, providing measurable results for analysis.