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Hand drawing, colorful, many sizes and shapes for your select. Our cup make you have a good feeling. We also can make the products as your requests.




Inside bubble bag and outside carton.

400ml 150*99*43mm

1.7l 300*200*50mm
3.0l 350*240*65mm

475ml 115*115*57mm
1000ml 147*147*73mm

Round glass casserole with lid: 0.7l, 1.0l, 1.5l, 2.0l. 2.5l, 3.0l ;
Oval glass casserole with lid: 1.5l, 2.0l, 2.5l, 3.0l

500ml, 1000ml, 1800ml

Our product are all heat- resistance glassware such as glass casseroles, glass bake ware, glass storage sets, glass cups and glass lids.
The expansion coefficient of our product is 3.3-3.8 x106, so all our borosilicate glassware can be used for oven, microwave, freezer and dishwasher safe. All of our products have passed the fda, lfgb safety authentication.

Double wall glass cup/heat resistant glass /handblown /double wall drink glass /tumbler glass/ new design custom double wall tea glass/ borosilicate glass
Promotion borosilicate double wall glass mug for tea.

Fiberglass duct rodder introduction
Fiberglass duct rodder applies in tow lead-rope through a pipe, it is auxiliary means. Surface smooth and high resilience, so the frp perforator with ease passes the narrow channel. Perforator consists of two parts: the glass fiber strengthen the level, the high-pressured low density polyethylene protective layer(smooth, firm , can resist the adverse circumstance). It has time-savingreducing effort, improving efficiency, etc, and can be used for telecom cables, cable pipe and cleaning and plastic pipe of cloths to put.When use draws out the fpr pole by the pulley, then with a corresponding metal joint, penetrates in the pipeline. When cleaning, guide-head will drive cleaning tools to clean the pipe;when arranges the cable, you may first leads the steel wire or the iron wire, then enters the pipe with the steel wire or the iron wire hauling cable .

The critical importance of electrical power in today's society necessitates daily maintenance and management to ensure that problem's don't occur. When they do, for example due to an equipment failure or abrupt surge in demand, engineers face the need to analyze the cause quickly.

The Suin SA2100 and SA2200 help troubleshoot power quality problems in three- and single-phase power distribution systems. Especially the SA2200 can conduct tests according to the international IEC 61000-4-30 Class A standard.

A Portable Power Analyzer is a handheld instrument used to measure, analyze, and display electrical power parameters of a system. It can be used to monitor electrical power usage, detect power quality issues, and measure power factor, voltage, current, and frequency. Portable power analyzers are commonly used in a variety of applications such as industrial power systems, renewable energy systems, building automation, and electrical maintenance. They offer advantages such as compact size, battery operation, and easy-to-use interfaces, making them useful for field testing and troubleshooting.

High-Speed Logic Analyzer is a sophisticated instrument used to capture and analyze digital signals in electronic circuits, especially those operating at high speeds. It is crucial for debugging, verifying, and optimizing digital systems, providing insights into the timing and logic state of digital signals.




Key Features:

High Sampling Rate: Modern high-speed logic analyzers offer sampling rates in the gigahertz (GHz) range, enabling them to capture fast-changing digital signals with precision.

Multi-Channel Support: They can monitor multiple channels simultaneously, which is essential for analyzing complex digital systems with many interdependent signals.

Deep Memory: Deep memory buffers allow for extended data capture, enabling detailed analysis over longer periods.

Triggering Capabilities: Advanced triggering options help in isolating specific events or conditions within the digital signal stream, making it easier to debug complex issues.

Protocol Analysis: Many high-speed logic analyzers support protocol analysis for common standards like I2C, SPI, USB, and Ethernet, facilitating the debugging of communication interfaces.

User Interface: Intuitive software interfaces with graphical displays and comprehensive analysis tools enhance the user experience and productivity.

High-Speed Logic Analyzer is a sophisticated instrument used to capture and analyze digital signals in electronic circuits, especially those operating at high speeds. It is crucial for debugging, verifying, and optimizing digital systems, providing insights into the timing and logic state of digital signals.




Key Features:

High Sampling Rate: Modern high-speed logic analyzers offer sampling rates in the gigahertz (GHz) range, enabling them to capture fast-changing digital signals with precision.

Multi-Channel Support: They can monitor multiple channels simultaneously, which is essential for analyzing complex digital systems with many interdependent signals.

Deep Memory: Deep memory buffers allow for extended data capture, enabling detailed analysis over longer periods.

Triggering Capabilities: Advanced triggering options help in isolating specific events or conditions within the digital signal stream, making it easier to debug complex issues.

Protocol Analysis: Many high-speed logic analyzers support protocol analysis for common standards like I2C, SPI, USB, and Ethernet, facilitating the debugging of communication interfaces.

User Interface: Intuitive software interfaces with graphical displays and comprehensive analysis tools enhance the user experience and productivity.



Applications:

Embedded Systems Development: Essential for debugging and optimizing microcontroller-based systems, ensuring correct logic states and timing.

Digital Circuit Design: Used in the design and verification of digital circuits, including FPGAs and ASICs, to ensure proper functionality.

Communication Systems: Crucial for analyzing and debugging digital communication protocols and interfaces.

Computer Hardware: Used in the development and testing of computer hardware components, such as CPUs, memory modules, and peripheral interfaces.

Automotive Electronics: Important for verifying the functionality and timing of automotive electronic control units (ECUs) and other digital systems.