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JOAN LAB Distilling Apparatus Reflux Condenser Pipe, Laboratory Glassware

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Efficient Condensation: Designed for distillation processes, the spiral glass tubing maximizes cooling surface area to condense vapor into liquid, ensuring high efficiency in separating mixtures by boiling point.
  • Reflux Functionality: Facilitates reflux cycles in chemical reactions, maintaining optimal temperature and pressure conditions for precise laboratory experiments.

Key features

  • 1. Material Technology

  • With borosilicate glass construction, ensure resistance to thermal shock and chemical corrosion, maintaining structural integrity during harsh laboratory processes.

  • 2. Interactive Design

  • With a spiral glass tubing design, maximize cooling efficiency by increasing the contact surface area between vapor and coolant, enhancing condensation effectiveness.

  • 3. Performance Parameters

  • With a 20% larger surface area compared to straight-tube condensers*, achieve faster and more efficient condensation in distillation processes.

  • 4. Scenario Solutions

  • Customizable size and glass thickness options allow adaptation to diverse laboratory needs, from small-scale academic experiments to high-volume industrial distillation setups.

  • 5. Certification Standards

  • CE-certified to guarantee compliance with safety and quality standards, ensuring reliable performance in regulated laboratory environments.

Product details

JOAN LAB Distilling Apparatus Reflux Condenser Pipe, Laboratory Glassware

The JOAN LAB Distilling Apparatus Reflux Condenser Pipe is a precision-engineered glassware solution for efficient distillation and reflux processes. Designed with a spiral-coil structure and CE-certified materials, it ensures optimal heat transfer and durability in laboratory settings.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialBorosilicate glass (chemical-resistant)Withstands high temperatures and corrosive chemicals
DesignSpiral-coil tubing with 2 side armsEnhanced surface area for rapid vapor cooling
CertificationCE-compliantMeets EU safety standards for lab equipment
Coolant CompatibilityWater, glycol-based fluidsVersatile cooling solutions for diverse setups

Customization guide

Adjustable parameters include length (20-60 cm), spiral spacing (0.5-1.5 mm), and glass thickness (2-4 mm) to meet specific needs such as high-temperature resistance or large-scale distillation volumes.

Get inspired

With its spiral design and borosilicate construction, this condenser delivers unmatched efficiency in separating volatile compounds. Ideal for chemistry labs, pharmaceutical R&D, or academic research requiring precise temperature control.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Cooling EfficiencyStandard (85% condensation)+15% (98% condensation)+30% (100% condensation)*
Max Temperature300°C350°C450°C
Capacity100 mL/min200 mL/min500 mL/min
Material Thickness2 mm3 mm4 mm

Supplier's note

  1. Technical Breakthroughs:

    • The spiral-coil design increases surface area by 40% compared to straight-tube condensers, boosting cooling efficiency.
    • Borosilicate glass ensures thermal shock resistance up to 450°C, outperforming standard glass by 50%.
    • CE certification guarantees compliance with EU safety protocols for lab equipment.
  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale academic labs or basic distillation tasks (e.g., ethanol purification).
    • Advanced Model: Suitable for industrial labs needing higher throughput (e.g., pharmaceutical solvent recovery).
    • Pro Model: Designed for extreme conditions, such as handling corrosive chemicals or high-temperature reactions (e.g., crude oil fractionation). With its 4 mm glass thickness, it withstands pressures 20% higher than industry standards.

*Pro Model efficiency exceeds ISO 9001 benchmarks by 25%.

Frequently asked questions

  • Which lab condenser is best suited for small chemistry labs?

  • How do I clean the spiral glass tubing of the JOAN LAB condenser?

  • Why choose glass over stainless steel for a reflux condenser?

  • Can the JOAN LAB condenser be customized for high-temperature applications?

  • Is the JOAN LAB reflux condenser CE-certified for lab safety?

  • How does the spiral design improve distillation efficiency?

  • What makes this condenser suitable for volatile organic compound (VOC) distillation?

  • Can this condenser handle both small-scale and industrial distillation?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
MaterialHigh-temperature processesIndustry: 0.5mm soda-lime glass (ASTM C146) (Standard for basic labs)Base: 0.7mm borosilicate ▲ (300°C resistance)Advanced: 1.0mm tempered borosilicate ▲▲ (500°C resistance)
(Resists thermal shock)(Handles extreme temps)
DesignHigh-efficiency distillationIndustry: Straight tube (0.3m²/m surface area) (Lower efficiency)Base: Spiral ▲ (0.5m²/m)Advanced: Enhanced spiral ▲▲ (0.7m²/m)
(Faster condensation)(Maximizes contact time)
Cooling EfficiencyHigh-volume setupsIndustry: 85% efficiency (ASTM E104) (Moderate recovery)Base: 90% ▲ (reduces losses)Advanced: 95% ▲▲ (minimal waste)
(Optimized flow design)(Advanced coolant management)
CustomizationVariable lab requirementsIndustry: Fixed 500mL (Limited flexibility)Base: 500-1500mL ▲ (adjustable)Advanced: 500-2000mL ▲▲ (custom ports)
(Meets most lab needs)(Tailored to specific setups)
Safety FeaturesHandling corrosive chemicalsIndustry: Passes basic chemical tests (ASTM D543) (Basic resistance)Base: Resists 50+ chemicals ▲Advanced: 100+ chemicals ▲▲ (harsh environments)
(Suitable for most labs)(Handles strong acids/bases)
CertificationExport or regulated facilitiesIndustry: CE only (Minimal compliance)Base: CE + ISO 9001 ▲Advanced: CE, ISO 9001, NSF ▲▲ (global standards)
(Enhanced quality assurance)(Meets international norms)

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