Dividers
Dividers are essential precision tools designed for tasks such as drawing accurate circles, measuring distances between two points, and charting in technical or industrial applications.
Dividers
Dividers are essential precision tools designed for tasks such as drawing accurate circles, measuring distances between two points, and charting in technical or industrial applications. Their design allows for repeatable accuracy and consistent performance, making them a critical instrument in fields that demand high levels of measurement precision, such as metalworking, carpentry, engineering, and shipbuilding. These specific dividers are made with safety and functionality in mind, making them reliable for various work environments.
Material Composition
These dividers are manufactured using non-sparking materials, specifically Beryllium Copper (Be-Cu) and Aluminum Bronze (Al-Br). These materials are selected to prevent sparks during use, especially in environments where flammable gases, vapors, or dust may be present. Beryllium Copper and Aluminum Bronze offer not only spark-resistant properties but also excellent corrosion resistance and durability. The strength of these alloys ensures that the dividers maintain their structural integrity even with regular use.
Die Forging Process
Each divider is die forged, a manufacturing method that ensures superior strength, durability, and precision. Die forging refines the grain structure of the metal and enhances its mechanical properties, leading to longer-lasting tools. This process ensures that the dividers can withstand rigorous use without bending or losing calibration. It also contributes to the professional appearance and finish of the tools, which adds to their reliability in precision applications.
Standard Compliance
The dividers comply with JB/T 3411.54, a recognized Chinese industrial standard for non-sparking tools. Adherence to this standard means these dividers meet strict performance and safety criteria, ensuring that users can rely on their quality and consistency. Compliance with JB/T 3411.54 also supports regulatory and workplace safety requirements, particularly in industries like petrochemicals, mining, and explosives manufacturing.
Applications and Use Cases
These dividers are ideal for technical drawing, measuring fixed distances on blueprints, or transferring measurements from one component to another. They are widely used in environments where accuracy is crucial and where the risk of sparking needs to be minimized. From shipyards to mechanical workshops, these tools serve professionals who require dependable and safe measuring instruments under demanding conditions.
Weight and Size Variants
Two size variants are available: 200 mm and 400 mm in maximum length (Dmax), both with proportional height (H). The 200 mm model weighs 170 g in Beryllium Copper and 150 g in Aluminum Bronze, while the larger 400 mm model weighs 400 g and 360 g respectively. This range allows users to choose the appropriate size based on their specific measurement or drawing needs, offering flexibility without compromising on performance or safety.