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A high-precision device equipped with three specialized cells for measuring material density under variable temperatures using helium and nitrogen gas.

Key Features:

• Micro cell (4.5 cm³): Accuracy ±0.10%, Repeatability ±0.05%

• Meso cell (1.8 cm³): Accuracy ±0.30%, Repeatability ±0.15%

• Nano cell (0.25 cm³): Accuracy ±1.00%

• Built-in temperature control (15 °C to 50 °C)

• Digital pressure readout resolution: 0.0001 psi

• Transducer accuracy: <0.1%

Designed to determine impact sensitivity of energetic materials, from highly sensitive explosives to less sensitive propellants and pyrotechnics.

Key Features:

• Drop weights: Steel balls from 8.35 g to 534.7 g

• Covers primary explosives to low-sensitivity formulations

• Industry-standard safety testing

A compact, portable instrument that complies with BAM procedures to evaluate the friction sensitivity of energetic compounds.

Capabilities:

• Interchangeable loading arms

• Load range: 0.1 N to 360 N (0.01 kg to 36 kg)

• Can operate on standard lab workbenches

• Ideal for on-site energetic sensitivity screening

A comprehensive modeling tool to predict:

• Energetic properties of compounds and mixtures

• Detonation performance and explosibility

• Thermochemical behavior using chemical formula, density, and heat of formation

Includes:
A robust database of reactants and products for reliable predictions across a range of energetic systems.

A compact, high-performance instrument for molecular fingerprinting and qualitative/quantitative analysis of materials.

Applications:

• Routine analysis and quality control

• Identification of unknowns in failure analysis or forensics

• Adaptable to solid, liquid, and gas samples

A dual-instrument system for thermal and compositional analysis of energetic materials under inert or reactive conditions.

Key Specs:

• Temperature range: Ambient to 1500 °C

• Heating rate: 0.1–100 °C/min

• Calorimetric accuracy: ±2%

• Sample capacity: 200 mg

• Vacuum: Down to 50 µTorr

• Precision weighing with minimal baseline drift

A high-precision analyzer for elemental composition analysis of organic and energetic compounds. The UNICUBE supports complex matrices, ensuring accurate detection of carbon, hydrogen, nitrogen, sulfur, oxygen, and chlorine.

Optimized for:

• CHNS, CHN, CNS, CN, and O* analyses

Key Features:

• High-temperature combustion up to 1200 °C (briefly reaching 1800 °C with tin foil)

• Jet oxygen injection for complete combustion and low gas consumption

• TPD-based chromatography for perfect gas separation and optimized timing

Detectors:

• Thermal Conductivity Detector (TCD)

• Infrared (IR) Detector for sulfur and oxygen

• Electrochemical Detector for chlorine

Sample Introduction:

• Integrated autosampler: 60–240 positions for solids/liquids

• 2 ml vial autosampler for liquids (50 positions, with rinse/waste vials)

A microprocessor-controlled instrument for measuring heats of combustion of solid and liquid fuels—ideal for quality control, research development, and energy content analysis.

Key Features:

• Traditional removable bomb and bucket design with water jacket

• Manual system control with semi-automatic oxygen charging

• LCD touchscreen for intuitive operation

• High-precision thermometer for accurate calorific measurement

• Capable of 4–7 tests per hour with ~6 minutes operator time per test

• Precision class: ±0.1%