Plastic rubber double column tensile testing machine

APPLICATIONS

Deformation under defined load: Test deformation under defined load of tested sample

Load under defined deformation: Test load under defined deformation of tested sample

Software can issue report with results for max. force, elongation, tensile strength, peel strength, tear strength, compression strength, etc.

This machine can do different test as per customer requirement such as peel test, tear test, compression test, bend test with different clamps.

TEST STDANARDS

Tensile Test: ASTM D882 ASTM D 638 / ISO 527-1/2

Bend Test ISO-178 / ASTM D 790

Tear Test：ASTM D 624

Peel Test : ASTM D 3330

Compression Test : ASTM D 659

others...

DESCRIPTION

universal test equipment with 10T max force can do tensile test, tear test, peel test, bond test with different clamps for wire,metal,plastic,rubber and other kind of materials.

This universal test equipment uses the motor to drive screw to move fixtures. Fix sample between upper and lower fixture and pull sample by the upper fixture upward with specified speed. The load cell connecting with upper fixture will sense the force and then convert it into voltage sign to the display screen. Force value will be displayed automatically on the screen.

SPECIFICATIONS

Dual-column Tensile Testing Machine for the Construction Industry is an equipment used to test the mechanical properties of construction materials such as concrete, steel, bricks, coatings, building plastics, and composite materials. It measures parameters like deformation, strength, and elasticity modulus of materials under various load conditions like tension, compression, and bending, helping engineers and construction companies understand the physical characteristics of materials and ensure they meet safety standards.

1. Dual-column Structure Design:

• The dual-column design provides higher stability and load-bearing capacity, enabling large-load and high-precision material testing.

• This structure can handle larger sample sizes and ensures high stability during testing, preventing unnecessary vibrations or displacements.

2. High Precision Load and Displacement Control:

• Equipped with high-precision load sensors and displacement sensors, it monitors the stretching or compressing process of samples in real time, ensuring accurate test data.

• It features a precise servo motor drive system that allows fine adjustment of testing speeds to meet the testing needs of different construction materials under various conditions.

3. Multi-functional Testing Modes:

• Tensile Testing: Evaluates the tensile strength, elongation, and breaking point of construction materials like steel, plastic pipes, composite materials, etc.

• Compression Testing: Tests the compressive strength, elasticity, and plastic deformation capacity of materials like concrete, bricks, and mortar.

• Bending Testing: Tests the performance of building panels, concrete components, steel structures, etc., under bending loads, evaluating their bending resistance.

4. Wide Range of Applications:

• It can test various construction materials, including but not limited to concrete, rebar, steel, building plastics, composite materials, and bricks.

• In construction, it can be used to test the strength of structural components, ensuring that materials meet safety and durability requirements.

5. High Precision Control System:

• The equipment is often equipped with a computer control system, allowing for parameter setting, real-time monitoring of the testing process, and generating test reports.

• The system supports automatic loading, unloading, resetting, and other operations, improving the ease of operation and testing efficiency.

6. Automation and Intelligence:

• The testing machine can automatically collect data and perform analysis, generating test reports to improve testing efficiency.

• It offers real-time test curves (e.g., load-displacement curve, stress-strain curve, etc.), allowing operators to quickly analyze material performance and enhance the accuracy of test analysis.

7. Adjustable Workspace:

• The height of the upper and lower fixtures and worktable can be adjusted to accommodate various sizes and shapes of samples.

• This makes the testing machine suitable for handling materials and components of various specifications in the construction industry.

8. Safety Design:

• The equipment is equipped with overload protection, emergency stop, and limit protection functions, ensuring the safety of operators during the testing process.

• The robust structure design and appropriate isolation measures effectively prevent accidents under high loads, ensuring safe use.

1. Steel Material Testing:

• Used to test the tensile strength, yield strength, elongation, etc., of construction materials like steel, rebar, and steel plates.

• Ensures that the steel meets the requirements of building design and can withstand long-term loads and environmental changes.

2. Concrete and Mortar Testing:

• Used to test the compressive strength, elasticity modulus, and plastic deformation capacity of concrete and mortar.

• In construction, it ensures that concrete and mortar meet the building safety standards and prevents structural failure.

3. Building Plastics and Composite Material Testing:

• Used to test the tensile, compressive, bending, and other properties of various building plastics, PVC pipes, polymer composite materials, etc.

• These materials are widely used in piping systems, exterior wall decoration, roofing materials, etc., ensuring their stability under various load and environmental conditions.

4. Brick, Stone, and Other Construction Material Testing:

• Tests the tensile, compressive, bending, and other properties of materials like bricks and masonry.

• Ensures that these materials meet the safety and performance requirements for building structures.

5. Structural Component Testing:

• Used to test the strength and performance of various structural components in construction, such as beams, columns, and panels.

• Ensures that building components can withstand the anticipated loads during construction and usage.

The Dual-column Tensile Testing Machine for the Construction Industry, with its high-precision control system and dual-column design, provides reliable mechanical property data for construction materials, ensuring they meet building safety standards. Whether for steel, concrete, bricks, building plastics, or composite materials, this machine can perform comprehensive performance testing and offer technical support for construction design and building projects, ensuring the safety and durability of buildings in long-term use.