Universal Electronic Textile Tensile Strength Testing Machine Manufacturer

**Product Specifications:** - **Model No.:** ZH-TB-500 - **Weight:** 70kgs - **Fixture:** Customization Available - **Accessories:** Includes one standard fixture for tensile strength testing - **Warranty:** 12 Months - **Trademark:** Sailham - **Transport Package:** Wooden case for export - **Specification:** Customization available - **Origin:** Guangdong, China - **HS Code:** 8479899990 The **Universal Electronic Textile Tensile Strength Testing Machine Manufacturer** is a versatile and reliable device widely used across various industries such as wires & cables, hardware, metal, rubber, footwear, leather, apparel, fabric, tape, paper products, pharmaceuticals, and more. It is designed to measure tensile strength, tear resistance, peel strength, bending strength, shear force, and other mechanical properties using customized fixtures that align with national and international standards. This electric tensile tester utilizes a motor-driven ball screw system to move the fixtures. The sample is placed between the upper and lower fixtures, and the upper fixture pulls the sample upward at a set speed. A load cell located above the upper fixture measures the tensile force, converts it into an electrical signal, and displays the results on a computer or host system. **Applications:** The testing machine is ideal for evaluating the mechanical properties of specimens, semi-finished, and finished products in fields such as rubber, plastic, metal, nylon, fabric, paper, aviation, packaging, construction, petrochemicals, electronics, and automotive industries. It serves as a fundamental tool for quality control (I.Q.C., Q.C.), physical inspection, mechanical research, and material development. **Features:** 1. Supports both Imperial and Metric units. 2. Software interface with options for Simplified Chinese, Traditional Chinese, and English. 3. Customizable test report formats and direct data display on the main screen. 4. User-defined test methods and data analysis capabilities. 5. Single-screen operation for ease of use. 6. Ability to compare multiple curve data simultaneously. 7. High-quality, accurate, and cost-effective design. 8. Advanced motor system: Panasonic servo motor + driver + ball screw (Taiwan) + Leeming reduction gears + synchronous belt driver. 9. Dedicated computer servo control system. 10. Windows-based software for setting speed, load, time, break point ratio, and more. 11. Displacement resolution of 0.001mm. 12. Safety features include overload emergency stop, travel limit device, leakage protection, and automatic break detection. **Technical Parameters:** | Parameter | Specification | |-----------------------|-------------------------------------------------------------------------------| | Capacity | 500N, 1KN, 2KN, 5KN, 10KN, 20KN (optional) | | Units | gf, kgf, N, LBf, W, kN, T | | Load Resolution | 1/250,000 | | Load Accuracy | ±0.5% | | Maximum Travel | 1000mm (excluding fixture) | | Test Speed | 0.1–500 mm/min | | Dimensions (L×W×H) | 985 × 510 × 1600 mm | | Weight | 70–150 kg | | Power Supply | 1 phase, 220V / 50Hz | | Motor | Servo motor, frequency conversion motor | | Driver | High-precision ball screw | | Accessories | One standard tension fixture and one computer | | Fixtures Type | Customizable according to requirements | **Core Components:** [Image 1: Main structure of the testing machine] [Image 2: Internal components and motor system] [Image 3: Control panel and display unit] [Image 4: Detailed view of the motor and drive system] This machine is an essential tool for laboratories and manufacturing facilities looking for precision, flexibility, and durability in their materials testing processes. With its advanced features and customizable options, it meets the needs of both small-scale operations and large industrial applications.

RAIN SEWAGE TREATMENT AND PURIFICATION

ainwater and wastewater treatment and purification are critical components of modern urban water management systems. These processes ensure the safe and efficient handling of stormwater and sewage, protecting public health and the environment while promoting sustainable water use.

Key Aspects:

  1. Rainwater Treatment:

    • Collection and filtration of stormwater to remove pollutants.

    • Implementation of green infrastructure, such as rain gardens and permeable pavements, to manage runoff.

  2. Wastewater Treatment:

    • Primary, secondary, and tertiary treatment processes to remove contaminants from sewage.

    • Use of biological, chemical, and physical methods to treat wastewater before discharge or reuse.

  3. Water Purification:

    • Advanced technologies like reverse osmosis, UV treatment, and activated carbon filtration for producing clean water.

    • Recycling and reuse of treated water for irrigation, industrial processes, and even potable purposes.

  4. Sustainable Solutions:

    • Integration of eco-friendly practices to reduce the environmental impact of water treatment.

    • Development of decentralized treatment systems for rural and urban areas.

Importance:
Effective rainwater and wastewater treatment and purification are essential for maintaining clean water supplies, preventing waterborne diseases, and protecting aquatic ecosystems. These processes also support water conservation efforts, making them vital for sustainable urban development and environmental stewardship.

This field combines engineering innovation with environmental science to address the growing challenges of water management in a rapidly urbanizing world.

Rainwater Treatment, Wastewater Treatment, Water Purification, Stormwater Management, Sewage Treatment, Sustainable Water Solutions, Water Recycling, Environmental Engineering, Urban Water Systems

Taizhou Owei Technology Co., Ltd , https://www.oweitec.com