Laboratory Equipment

Extreme Thermal Range: -200°C to +260°C. Color: Pure white and opaque Chemical Resistance: Inert to concentrated HF, HNO3, and aggressive organic solvents. Chemical Purity: Made from ultra-pure TFM, eliminating trace metal leaching for ppt-level. Compatibility: Compatible with CEM microwave digestion systems.

PTFE Material: All parts in contact with acid is high-purity PTFE. Top Acid Injection: Avoid cross-contamination. Heating Device: PID controller+Silicone heating pad at the bottom. Extreme Thermal Range: -200°C to +250°C. Scope of Application: HCL,HF,HNO3,organic solvents and water.

PTFE Material: All parts in contact with acid is high-purity PTFE. Top Acid Injection: Avoid cross-contamination. Heating Device: PID controller+Silicone heating pad at the bottom. Extreme Thermal Range: -200°C to +250°C. Scope of Application: HCL,HF,HNO3,organic solvents and water.

PTFE Material: All parts in contact with acid is high-purity PTFE. Top Acid Injection: Avoid cross-contamination. Heating Device: PID controller+Silicone heating pad at the bottom. Extreme Thermal Range: -200°C to +250°C. Scope of Application: HCL,HF,HNO3,organic solvents and water.

PTFE Material: All parts in contact with acid is high-purity PTFE. Top Acid Injection: Avoid cross-contamination. Heating Device: PID controller+Silicone heating pad at the bottom. Extreme Thermal Range: -200°C to +250°C. Scope of Application: HCL,HF,HNO3,organic solvents and water.

PFA Material: All parts in contact with acid is high-purity PFA. Pagoda-shaped Design: Condensation without water cooling. Controller: LCD touchscreen with segmented timer temperature control. Level Gauge: Easy to observe cavity volume. Heating Temperature: 0~180℃. Scope of Application: HCL,HF,HNO3,organic solvents and water.

PFA Material: All parts in contact with acid is high-purity PFA. Pagoda-shaped Design: Condensation without water cooling. Controller: LCD touchscreen with segmented timer temperature control. Level Gauge: Easy to observe cavity volume. Heating Temperature: 0~180℃. Scope of Application: HCL,HF,HNO3,organic solvents and water.

Enhanced Thermal Transfer: Custom-machined wells provide 360° contact around PFA vials, significantly reducing heating times compared to flat-surface contact. Corrosion-Proof Armor: High-grade aluminum alloy body encapsulated in a thick PFA coating for total protection against concentrated acid fumes. Superior Uniformity: The high-thermal-conductivity core ensures every sample position maintains an identical temperature profile. Customizable Geometry: Hole count, diameter, and depth can be precisely tailored to match your specific 15ml, 22ml, or 30ml PFA vial dimensions. High Temperature Stability: Fully compatible with inert hot plates operating at temperatures up to 220°C.

High-Throughput Processing: Available in configurations from 12 to 80 wells to meet varying laboratory scale requirements. Premium Graphite Core: Delivers industry-leading thermal uniformity across all sample positions for consistent digestion results. PFA Protective Coating: The entire heating block is encapsulated in a PFA layer, providing total immunity to aggressive acid vapors. Extended Thermal Control: Precisely maintains temperatures up to 220°C, ideal for a wide range of wet digestion protocols. Fully Customizable: Hole diameters and depths can be tailored to fit specific PFA, PTFE, or glass digestion tubes.

High-Performance Heating: Optimized for high-intensity applications with a maximum temperature of 350°C. Rapid Thermal Conductivity: Industrial-grade aluminum alloy ensures extremely fast heat-up times and high efficiency. Exceptional Surface Flatness: CNC-machined surface provides optimal contact for vials, beakers, and specialized containers. Rugged & Durable: The uncoated metallic surface is resistant to scratching, mechanical impact, and thermal cycling. Uniform Heat Distribution: Advanced internal heating element configuration eliminates cold spots across the entire plate.

Extended Thermal Range: Engineered for high-temperature workflows with a maximum operating limit of 350°C. Rapid Heat Transfer: High-purity isostatic graphite provides ultra-fast heating and cooling response times. Superior Surface Flatness: Precision-machined face ensures maximum contact and heat conduction for all vessels. Excellent Uniformity: Exceptional graphite conductivity eliminates thermal gradients across the entire heating area. Heavy-Duty Durability: Robust, uncoated surface is resistant to thermal shock and mechanical wear in high-load environments.

Advanced Corrosion Protection: High-grade aluminum alloy body with a specialized PFA anti-corrosion coating. Precise Thermal Range: Reliable and uniform heating with a maximum operating temperature of 220°C. Chemical Resistance: Fully inert to concentrated HF, HNO3, and aggressive organic solvents. Superior Uniformity: Aluminum core ensures rapid heat transfer and excellent temperature consistency across the entire plate. Cleanroom Compatible: Minimal particle shedding and easy-to-clean surface, ideal for trace analysis workflows.