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Service Hotline:

4008-482-582

Business Consulting :

Mr. wang   
186-7078-6507

Email:

wangxp@saastest.cn

Address:

215, Building Al, Kechuang Park, Songbai Road, Longteng Community, Shiyan Street, Baoan District, Shenzhen

Microcomputer-controlled Electronic Horizontal Tensile Testing Machine

Microcomputer-controlled Electronic Horizontal Tensile Testing Machine

The moving crosshead adopts a combined design of polished rod guidance and linear guide radial load bearing, delivering superior coaxiality and rigidity. The traveling carriage is electrically driven and supports remote control, enabling precise positioning at any desired position. It is fitted with automatic retractable locking pins, which greatly improves the operation efficiency and convenience of specimen installation and removal. The complete machine integrates a fully enclosed protectiv
Scraper Force Value Life Test Fixture

Scraper Force Value Life Test Fixture

The scraper force value life test fixture, designed for performance testing of oilfield scrapers, can highly realistically simulate the downhole casing environment, evaluate the durability, cleaning efficiency, and key data monitoring capabilities of scrapers, and provide reliable technical support for improving the performance of equipment in the petroleum industry.
Fully Automatic Four-Station Rubber Ring Mechanical Testing System

Fully Automatic Four-Station Rubber Ring Mechanical Testing System

The fully automatic four-station rubber ring mechanical testing system independently developed by Shenzhen Saas Testing Technology Co., Ltd. has been successfully delivered to a customer in the rubber industry. The system is specially designed for various O-rings, sealing rings, and annular rubber products, enabling full-process automation from sample feeding and testing to sorting. It is mainly used for testing deformation under constant force and force under constant deformation of rubber ring
High-height Electronic Universal Testing Machine for Composite Materials

High-height Electronic Universal Testing Machine for Composite Materials

The customized high-height electronic universal testing machine integrates a variety of test modes including tension, compression, bending and shear. Equipped with a high-precision measurement and control system, it accurately analyzes the mechanical behavior of composite materials under complex loading conditions, delivering key performance data including tensile strength, compression modulus, interlaminar shear strength and bending stiffness.
Cruciform Tensile Testing Machine | Dedicated Equipment for Biaxial Tensile Tests

Cruciform Tensile Testing Machine | Dedicated Equipment for Biaxial Tensile Tests

Its core function lies in precisely performing biaxial tensile testing on cruciform specimens, making it particularly suitable for simulating the deformation and failure behavior of materials under complex multi-directional stress states, and accurately determining key mechanical parameters such as multi-axial tensile strength, elongation at break, and stress-strain curves.
Spring Torsion Testing Machine

Spring Torsion Testing Machine

The spring torsion testing machine is primarily designed to accurately measure the relationship between torsion angle and torque of springs under torsional load, so as to calculate their torsional stiffness and evaluate their maximum torque, torsional life, elastic hysteresis and stress relaxation resistance. It can simulate the rotational loading state of springs under real working conditions, providing key mechanical data for product design and quality control.
Spring Stiffness Tester

Spring Stiffness Tester

At its core, the spring hardness tester is designed to accurately measure and evaluate the mechanical properties of springs. It delivers key quality metrics primarily by simulating the loading conditions of springs under real working conditions. Main functions include: - Stiffness (elastic coefficient) measurement - Load (force value) testing - Displacement (deformation) testing - Permanent deformation testing - Load-displacement curve analysis
We started work When the firecrackers go off, there will be ten thousand taels of gold! I wish Shenzhen Sansi Testing a great start, abundant wealth, long-term performance and a higher level of achievement.....

We started work When the firecrackers go off, there will be ten thousand taels of gold! I wish Shenzhen Sansi Testing a great start, abundant wealth, long-term performance and a higher level of achievement.....

Adopting a horizontal steel structure and a freely movable worktable, it can be used for samples of various lengths.

Adopting a horizontal steel structure and a freely movable worktable, it can be used for samples of various lengths.

Applications: Suitable for testing the tensile and torsional performance of high lock nuts, the test content includes locking torque, breaking torque, pre tightening force, and loosening torque. It is also suitable for testing the locking performance ofself-locking nuts, achieving conventional locking torque tests and torque loading tests for self-locking nuts.Total friction parameter μ, thread friction parameter μ, end face friction coefficient μ, tightening coefficient K, and other parameter
Control software

Control software

High Temperature Chamber And High And Low Temperature

High Temperature Chamber And High And Low Temperature

Closed-loop controller

Closed-loop controller

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Service Hotline

4008-482-582

vip@saastest.cn

215, Building Al, Kechuang Park, Songbai Road, Longteng Community, Shiyan Street, Baoan District, Shenzhen

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Friendly Link2:www.chem17.com/product/detail/38039629.html

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