Digital Tension Meter, Portable Wire Tensile Strength Tester, 3 Measurement Modes, for Industrial Filaments & Wires (20N)

Specifications: - Name: Handheld Digital Tension Meter - Model: 2N/5N/10N/20N/25N/50N/100N - Measuring Width: 65mm (for models 2N-20N), 116mm (for models 25N-100N) - Calibration Materials: Textile PA monofilament available in sizes φ0.12, φ0.12~0.2, φ0.2~0.4, φ0.4~0.7, φ0.6~1.2, φ0.8~1.4mm - Dimensions: 270mm x 118mm x 55mm - Net Weight: Approximately 640g - Power Supply: Dual 3.7V lithium batteries International Tension Units: 1 cN = 1.02g = 0.01N; 100N = 10.2kg = 10000cN

• Handheld Digital Tension Meter: This portable digital tension tester is specifically designed for multiple materials, enabling precise measurement of tension in over ten types of materials including filaments, metal wires, steel wires, and fibres. Its lightweight design ensures comfortable handling
• Three Flexible Measurement Modes: The device supports real-time, hold, and peak modes, allowing users to switch according to testing requirements. An integrated thickness adjustment function enables customised measurement settings for different samples, balancing flexibility with targeted results
• Six Unit Conversions: Supports six common tension units—cN, gf, oz, Kgf, N, lb—facilitating direct reading for users across industries. Overall accuracy of ±2.5% of full scale ensures stable and reliable measurements, guaranteeing data consistency and repeatability
• Convenient data storage and export: Internal memory stores up to 41 sets of test data for on-site recording and subsequent comparison. Equipped with a USB interface for -click data export to computers, facilitating processing, report generation, or long-term archiving
• Widely applicable across industrial sectors: Suitable for wire and cable, textiles, chemical fibres, metal wires, carbon fibres, and more. Meets tension testing requirements throughout the entire process—from raw materials inspection and production process control to finished product quality assessment—making it an tool for enhancing product consistency and process reliability