Concrete Compression Machines

CONCRETE COMPRESSION TESTING MACHINES

A Concrete Compression Testing Machine is a piece of equipment used to test the compressive strength of concrete. Compressive strength is a measure of the ability of a material, such as concrete, to withstand compressive loads without breaking or failing.

The testing machine typically consists of a hydraulic pump that applies a compressive force to a cylindrical concrete specimen. The force is applied at a constant rate until the specimen fails or reaches a predetermined maximum load.

The testing machine is usually operated by trained technicians who follow established testing procedures to ensure accurate and consistent results. The testing procedures may vary depending on the specific standards and requirements of the organization or regulatory agency conducting the tests.

The compressive strength of concrete is an important factor in determining the structural integrity of concrete buildings, bridges, and other infrastructure. Testing machines are used to ensure that concrete meets minimum strength requirements for specific applications, such as foundation walls, columns, and slabs.

Concrete Compression Machines

ANALOGUE COMPRESSION MACHINE 2000kN

Specifications	Description
Model Number	NL 4000 X / 009N
Capacity	2000 kN
Accuracy	Class 1
Test Speed Range	415 mm
Max. Horizontal Clearance	270 mm

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AUTOMATIC TOUCH SCREEN COMPRESSION MACHINE 2000kN

Specifications	Description
Model Number	NL 4000 X / 016U
Capacity	2000kN
Accuracy	±0.8%
Max. Vertical Clearance	425 mm
Measuring Range	270 mm

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DIGIMATIC COMPRESSION MACHINE 2000kN

Specifications	Description
Model Number	NL 4000 X / 032G
Capacity	2000kN
Low Range Sensitivity	0 - 999 x 0.01kN
High Range Sensitivity	1000 - 2000 x 0.1kN
Max. Vertical Clearance	400 mm
Max. Horizontal Clearance	285 mm

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COMPUTERIZED COMPRESSION MACHINE 2000kN (FULLY AUTOMATIC)

Specifications	Description
Model Number	NL 4000 X / 034N
Capacity	2000kN
Max. Hydraulic Working Pressure	50 Mpa
Accuracy	Class 1
Max. Vertical Clearance	382 mm
Max. Horizontal Clearance	270 mm

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Concrete Compression Machines - Key Features

A tensile machine provides a flexible solution for testing a wide range of materials and components at both low and high forces. This measurement is a key requirement when assessing the strength, durability, and quality of a material or component. Make more informed decisions when designing and developing products.

Some of the key features of a tensile machine include:

A wide range of test speeds so that can be performed a variety of tests with different loading rates and acceleration profiles
Advanced control software for automated testing, data collection, and analysis
Precise load measurement capabilities to ensure accurate and reliable test results
Easily adjust test parameters such as speed, travel distance, and grip type
Control over force, speed, and displacement during testing to ensure accurate results
Ability to accommodate a wide variety of sample sizes and shapes for customized testing
Easy-to-operate interface with intuitive controls

The types of tests our universal testing machines can carry out include; (General display value and calculated value)

Tensile stress
Tensile strength
Any point force value
Compression test
Pulling strength

Tear off elongation
Any point elongation
Bending test
Stable tensile stress
Constant stress elongation

Extraction
Adhesive force stripping force test
Constant stress force value
Extraction force piercing force test
Computation of adhesion and peak value

Order A Concrete Compression Machine in Malaysia & Singapore

Each test can help business to better understand the performance and quality of materials, components, or products. This is an essential aspect of product design and development. With the results of a tensile, compression or flexural test, can better adapt, optimize or redesign a products.

With the advance features and capabalities, these machines are perfect for businesses of all size that need high-quality testing equipment for material and engineering tests.