Differential scanning calorimeter BK-DSC300 series

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Overview
Brand: BIOBASE
Product origin: CHINA
Delivery time: Within 7 days
Supply capacity: Factory direct supply

Application
Differential scanning calorimeter (DSC) is used to measure glass transition, phase transitions, melting and thermal enthalpy, product stability, oxidation induction period, specific heat and related thermal properties. Typical applications include R&D, quality control and material characterization in chemical, energy, metallurgy, mining, polymer and metal materials sectors.

Features

• 7-inch industrial touch screen for experiment control and data display.
• Metal furnace structure to improve baseline stability and measurement accuracy.
• USB communication interface for reliable data transfer and auto-recovery support.
• Automatic switching between two atmosphere flow rates and additional shielding gas input.
• Intuitive software with programmable temperature profiles and simple operation.

Technical Parameters (per model)
Model: BK-DSC300 | BK-DSC300C | BK-DSC300L; Temperature range: RT~600°C | -35~600°C | -150~600°C (liquid nitrogen option for lowest range); Temperature resolution: 0.001°C; Temperature fluctuation: ±0.001°C; Temperature repeatability: ±1°C; Heating rate: 0.1~80°C/min | 0.1~100°C/min | 0.1~100°C/min; Cooling rate: / | 0.1~20°C/min | 0.1~40°C/min; DSC range: 0 to ±600mW | 0 to ±800mW | 0 to ±600mW; DSC resolution: 0.01 µW; DSC sensitivity: 0.001 mW; Gas flow: 0~200 mL/min | 0~200 mL/min | 0~300 mL/min; Gas pressure: ≤0.5 MPa | ≤0.5 MPa | ≤0.2 MPa; Power supply: Standard AC220V 50/60Hz (AC110V optional); External size (L×W×H): 488×428×237 mm; Net weight: 13.4 kg | 15 kg | 15.3 kg.

Characteristics / Specifications

• Series: BK-DSC300 series (BK-DSC300, BK-DSC300C, BK-DSC300L).
• Temperature control modes: heating, hold, cooling; programmable holding time up to model limits.
• High temperature resolution (0.001°C) and DSC resolution (0.01 µW) with 0.001 mW sensitivity.
• Flexible gas handling and optional cryogenic extension with liquid nitrogen for low-temperature testing.
• Compact footprint and field-optional power for laboratory and production environments.