I’ve found that the best condensers for reflux setups combine durable materials like borosilicate glass or stainless steel with efficient designs such as coil, Graham, or Liebig types. Size, joint compatibility, and cooling capacity matter a lot to guarantee ideal performance. Heavy-walled glass and larger jackets maximize heat transfer, while stainless steel offers robustness for industrial use. If you want to discover more about top options that deliver reliable, high-performance results, keep going.
Key Takeaways
- Choose condensers made from high-quality borosilicate glass or stainless steel for durability and efficient heat transfer.
- Opt for designs with larger surface areas, such as extended coils or jackets, to maximize cooling efficiency.
- Ensure compatibility with standard joints (e.g., 24/40) and appropriate fittings for secure, leak-proof connections.
- Consider models with multiple cooling pipes or dephlegmators to enhance reflux control and condensation capacity.
- Prioritize units with robust construction and proper handling features to maintain performance over repeated use.
QWORK Glass Reflux Condenser (24/40, 175mm Coil, 390mm Height)
If you’re looking for a reliable condenser for organic chemistry reflux setups, the QWORK Glass Reflux Condenser (24/40, 175mm coil, 390mm height) is an excellent choice. Made from durable borosilicate glass, it resists thermal shock and corrosion, ensuring longevity. Its large capacity and 175mm coil improve cooling efficiency, making reflux more effective. The secure 24/40 joint prevents leaks, and the overall height of 390mm offers ample space for your setup. Customers report that recent units are well-made, with fewer damages during shipping. This condenser balances quality and performance, making it a solid addition to any lab requiring dependable reflux equipment.
Best For: organic chemists and laboratory technicians needing a durable, efficient reflux condenser for organic chemistry experiments and reflux setups.
Pros:
- Made from high-quality borosilicate glass resistant to thermal shock and corrosion
- Large capacity with a 175mm coil for efficient cooling and effective refluxing
- Secure 24/40 joint design prevents leaks and ensures stable connections
Cons:
- Initial shipments have experienced breakage, especially at the inner spiral connection
- Packaging may require additional cushioning to prevent damage during shipping
- Returning damaged units can be costly and time-consuming
QWORK Glass Reflux Condenser (24/40)
The QWORK Glass Reflux Condenser (24/40) stands out as an ideal choice for organic chemists seeking reliable, efficient cooling during reflux experiments. Made from durable borosilicate glass, it resists thermal shocks and chemical corrosion, ensuring longevity. Its 24/40 standard taper joint offers a secure fit, preventing leaks, while the large coil (175mm) and overall height of 390mm provide excellent cooling capacity. Designed specifically for organic chemistry labs, it delivers consistent results with the most suitable temperature control. Recent improvements in manufacturing have enhanced its durability, though careful packaging is essential to avoid shipping damage. Overall, it’s a dependable condenser at a competitive price point.
Best For: organic chemists and laboratory professionals seeking a durable, efficient reflux condenser for precise cooling during reflux experiments.
Pros:
- Made from durable borosilicate glass that resists thermal shock and corrosion
- Large coil length (175mm) and overall height (390mm) provide excellent cooling capacity
- Secure 24/40 standard taper joint prevents leaks and ensures stable connections
Cons:
- Risk of damage during shipping, especially at connection points, despite careful packaging
- Initial units may arrive with scratches or gouges, requiring quality control improvements
- Shipping costs for returns can be high if the condenser arrives broken
Laboy Glass Liebig Condenser with 24/40 Joints
Laboratories seeking reliable and high-quality reflux condensers will find the Laboy Glass Liebig Condenser with 24/40 joints to be an excellent choice. Its straightforward design features an inner straight tube for efficient vapor condensation and an outer jacket for coolant flow, ensuring superior cooling performance. Made from durable borosilicate glass, it’s resistant to chemicals and temperature changes. The 24/40 ground joints provide secure, leak-proof connections to standard lab glassware. With a 300mm jacket length, it offers effective condensation during distillation, reflux, or extraction. Customers praise its robustness, uniform wall thickness, and long-lasting quality, making it a dependable addition to any lab setup.
Best For: laboratories requiring durable, high-performance reflux condensers for distillation, reflux, or extraction processes.
Pros:
- Made from high-quality borosilicate glass for chemical resistance and thermal stability
- Features a 300mm jacket length for superior cooling efficiency
- Secure 24/40 ground joints ensure leak-proof connections and compatibility with standard lab glassware
Cons:
- Hand-blown construction may result in slight variations in wall thickness
- Requires careful handling to avoid damage during use and cleaning
- Fixed length may limit flexibility in some specialized setups
StonyLab Graham Condenser for Laboratory Use
For microscale reflux setups, the StonyLab Graham Condenser is an excellent choice thanks to its compact design and efficient internal serpentine coil. With a 3.94-inch body and a 14/20 joint, it fits seamlessly with StonyLab flasks and other interfaces. Made from durable G3.3 borosilicate glass, it withstands thermal shocks and heats safely up to 300°C, though rapid temperature changes above 200°C should be avoided. Its internal coil ensures efficient condensation and flow management for small volumes like 5 or 10 ml. Ideal for precise microscale applications, it offers reliable, consistent reflux performance in a compact form.
Best For: microscale laboratory setups requiring efficient condensation and reflux, especially for small-volume experiments up to 10 ml.
Pros:
- Compact design with a 3.94-inch body suitable for space-constrained environments
- Made from durable G3.3 borosilicate glass that withstands thermal shocks and safe heating up to 300°C
- Features an internal serpentine coil for highly efficient condensation and flow management
Cons:
- Rapid temperature changes above 200°C should be avoided to prevent stress on the glass
- Compatibility limited to 14/20 joints, requiring specific interfaces or adapters for other setups
- Handling small volumes (5-10 ml) may require careful liquid management to prevent overflow or inefficient reflux
StonyLab Glass Coil Reflux Condenser
Are you seeking a reliable, durable condenser for reflux setups that offers efficient cooling? The StonyLab Glass Coil Reflux Condenser is a solid choice. Made from borosilicate glass, it’s heavy-duty, reusable, and designed for longevity. With 24/40 joints at both ends and 8 mm hose connections, it’s compatible with most setups. The 100 mm coil provides increased cooling surface area, boosting efficiency. While it’s built to withstand temperatures up to 200°C, some units may arrive damaged or develop defects, like cracks or coolant leaks. Overall, it offers good value, but be sure to inspect it carefully upon receipt for suitable performance.
Best For: hobbyists and professionals seeking a durable, efficient condenser for reflux operations in laboratory or extraction setups.
Pros:
- Made from high-quality borosilicate glass for durability and reusability
- Increased cooling surface area enhances efficiency during reflux processes
- Compatible with standard 24/40 joints and 8 mm hose connections for versatile use
Cons:
- Some units may arrive damaged or develop defects such as cracks or leaks
- Potential for coolant mixing into the air space if not inspected properly
- Limited to maximum temperature of 200°C, which may restrict certain high-temperature applications
Stonylab Borosilicate Glass Reflux Condenser (24/40 Joint, 200mm Length)
The Stonylab Borosilicate Glass Reflux Condenser is an excellent choice for those conducting distillation processes involving higher boiling point compounds, thanks to its efficient cooling capabilities. Its 200mm length and 16mm diameter ensure effective condensation, especially for challenging distillates. The 24/40 standard joint provides compatibility with various lab setups, making it versatile. Crafted from durable borosilicate glass, it resists acids and alkalis, ensuring longevity. Its design promotes consistent cooling and reliable performance. Plus, with a 1-year warranty and dedicated support, I feel confident in its quality and durability for repeated use.
Best For: laboratory professionals and researchers conducting distillation experiments involving high boiling point compounds who need reliable, durable, and efficient condensation equipment.
Pros:
- Made from high-quality borosilicate glass for durability and chemical resistance
- Compatible with various lab setups due to standard 24/40 joint size
- Efficient cooling performance suitable for challenging distillates
Cons:
- May require careful handling to avoid breakage due to glass material
- Not suitable for extremely high-temperature applications beyond standard distillation ranges
- Limited to specific joint sizes, which may not fit all apparatuses
Condenser Dephlegmator for Moonshine Distillation Columns
Condenser dephlegmators like the 3-inch reflux condenser pipe excel in moonshine distillation setups where maximizing purity and efficiency matters most. Made of high-quality 304 stainless steel, it features a modern, column-shaped design with a silver finish, ensuring durability and corrosion resistance. The 10-hole design improves heat transfer by increasing contact with the cooling medium, boosting performance. Its 1/2” female thread makes installation straightforward on most stills. Compact and lightweight, it’s ready for immediate use, providing reliable thermal exchange. This dephlegmator enhances spirits purification by efficiently controlling reflux, making it an essential component for serious moonshine enthusiasts.
Best For: serious moonshine enthusiasts and professional distillers seeking efficient heat exchange and high purity in their spirits production.
Pros:
- Made of durable 304 stainless steel for corrosion resistance and longevity
- 10-hole design enhances heat transfer and distillation efficiency
- Compatible with most column stills thanks to standard 1/2” female thread
Cons:
- May require precise fitting to ensure optimal performance with specific stills
- Limited to use with column stills, not suitable for pot still setups
- Slightly larger size may require additional storage space
Laboy Glass Reflux Condenser (24/40, 125mm Coil, 300mm Height)
Designed for organic chemistry labs that demand reliable and efficient reflux processes, the Laboy Glass Reflux Condenser stands out with its high-quality borosilicate construction and precision craftsmanship. Its 24/40 joints ensure a secure fit, while the 125mm coil provides effective condensation. The 300mm height offers ample space for proper reflux, and the jacket design maximizes cooling capacity. Hand-blown for uniform wall thickness, it’s durable and resistant to chemicals. Including a glass hose connection, this condenser delivers consistent performance, making it ideal for distillation and reflux tasks where efficiency and dependability are essential.
Best For: organic chemistry laboratories requiring reliable and efficient reflux and distillation processes with high-quality borosilicate glass equipment.
Pros:
- Made from durable, chemical-resistant borosilicate glass ensuring long-lasting performance.
- Effective cooling capacity due to large jacket design, enhancing condensation efficiency.
- Hand-blown construction guarantees uniform wall thickness for consistent results.
Cons:
- May be fragile if mishandled due to glass material, requiring careful handling.
- Not suitable for high-pressure applications beyond standard laboratory use.
- Requires compatible joints and accessories for optimal operation, which may need to be purchased separately.
2 inch Dephlegmator Still Condenser Stainless Steel
If you’re setting up a reflux distillation system and need reliable cooling performance, a 2-inch stainless steel dephlegmator condenser is an excellent choice. Designed for alcohol distillers, essential stills, and similar setups, it features six cooling pipes for efficient reflux and separation. The inlet and outlet water ports are 1/2 inch female NPT, making it easy to connect to your water supply. Weighing just 4 pounds and measuring 8 x 5 x 5 inches, it’s compact yet effective. Manufactured by OakStills in China, this model guarantees high efficiency and durability for your distillation needs.
Best For: home distillers, hobbyists, and small-scale alcohol producers seeking efficient and reliable reflux condenser performance.
Pros:
- High efficiency with six cooling pipes for optimal reflux and separation
- Durable stainless steel construction ensures longevity and corrosion resistance
- Compact size (8 x 5 x 5 inches) and lightweight (4 pounds) for easy handling and installation
Cons:
- Limited to 2-inch diameter connections, may require adapters for other setups
- Water inlet and outlet ports are 1/2 inch female NPT, which might need additional fittings for some water sources
- Availability and pricing may vary depending on the retailer or region
Laboy Glass Reflux Condenser (24/40, 350mm Overall Height)
The Laboy Glass Reflux Condenser (24/40, 350mm overall height) stands out as an excellent choice for organic chemists seeking reliable and efficient reflux setups. Its Dimroth design provides a large cooling capacity thanks to the 40mm jacket diameter and 8mm coil, ensuring effective condensation. Made from high-quality borosilicate glass, it’s hand-blown for uniform wall thickness and durability. The 24/40 joints make it compatible with standard lab equipment. Users report it arrives undamaged, performs as expected, and offers great value for the price. Overall, this condenser combines solid construction with dependable performance for demanding reflux reactions.
Best For: organic chemists and laboratory professionals seeking a durable, efficient reflux condenser for demanding reflux reactions.
Pros:
- Made of high-quality borosilicate glass for durability and chemical resistance
- Large cooling capacity with 40mm jacket diameter and 8mm coil for effective condensation
- Hand-blown construction ensures uniform wall thickness and reliable performance
Cons:
- May require careful handling due to its heavy wall design
- Limited to standard 24/40 joints, not compatible with all setups
- Slightly higher price point compared to basic condensers
Glass Reflux Condenser with 8mm Hose Connections and 19/22 Joints
A glass reflux condenser with 8mm hose connections and 19/22 joints is an excellent choice for organic chemists seeking a reliable, high-capacity setup. Its 175mm coil made of borosilicate glass guarantees durability and resistance to thermal stress. The heavy-wall construction makes it reusable and suitable for continuous use. Designed for compatibility with various glassware, it features top and bottom 19/22 joints for secure connections. The 8mm hose connections allow for easy setup and efficient coolant flow. Keep in mind, since glass is fragile, handle it carefully, and contact us if you receive any damaged units. This condenser provides dependable performance for demanding reflux applications.
Best For: organic chemists and laboratory professionals seeking a durable, high-capacity reflux condenser for demanding chemical processes.
Pros:
- Made of borosilicate glass for excellent thermal resistance and durability
- Heavy-wall construction allows for repeated, continuous use
- Equipped with 19/22 joints and 8mm hose connections for secure and easy setup
Cons:
- Glass material is fragile and requires careful handling
- Larger size may be less suitable for small-scale or limited space labs
- Requires compatible glassware and proper coolant connections for optimal operation
StonyLab Liebig Condenser, Borosilicate Glass 200mm
For researchers and lab technicians seeking reliable condensation during distillation and reflux processes, the StonyLab Liebig Condenser with borosilicate glass offers exceptional performance. Its 200mm jacket length and 14/20 joints ensure a secure fit and efficient vapor condensation. Made from high-quality G3.3 borosilicate glass, it’s durable, chemically resistant, and built for longevity. The versatile design includes connectors compatible with 8mm bore hoses, allowing flexible setup options. Whether in academic, industrial, or research environments, this condenser provides reliable, consistent results. Plus, with a 1-year warranty, you can trust its durability and support for your scientific work.
Best For: researchers, lab technicians, and educators requiring reliable condensation in distillation and reflux processes across scientific and industrial settings.
Pros:
- Made from high-quality G3.3 borosilicate glass for durability and chemical resistance
- Features versatile 14/20 connectors and an 8mm bore condensate inlet for flexible setup options
- 200mm jacket length provides efficient vapor condensation and secure fit in various apparatus
Cons:
- May be fragile if mishandled or dropped due to glass construction
- Compatibility limited to systems with 14/20 joints and 8mm hoses
- Slightly heavier than plastic alternatives, requiring careful handling during setup
Condenser for Homebrew, Tri-clamp SS304 Reflux/Dimroth Coil
If you’re setting up a homebrewing distillation system that demands reliable reflux control, the Tri-clamp SS304 Reflux/Dimroth Coil condenser stands out as an excellent choice. Made from durable stainless steel 304, it features a 6mm outer diameter pipe and stands 295mm tall, with two spiral coils optimized for efficient cooling and reflux. The design includes 1/4” female thread connections and hose fittings, making installation straightforward. Its corrosion-resistant construction guarantees longevity, and the coil’s shape promotes effective separation during distillation. Compact and easy to assemble, this condenser is perfect for homebrew setups where performance and durability are priorities.
Best For: homebrewers and DIY distillation enthusiasts seeking a durable, efficient, and easy-to-install reflux condenser for their brewing setups.
Pros:
- Made from high-quality stainless steel 304 for corrosion resistance and longevity
- Spiral coil design ensures efficient cooling and effective reflux control
- Compact and straightforward to install with standard 1/4” female thread connections
Cons:
- Does not include clamps, gaskets, or mirrors, requiring additional accessories for setup
- Assembly is not required but may need careful handling due to its size and connections
- Price and availability may vary depending on retailer and location
Condenser for Homebrew, SS304 Reflux Distillation Coil
Are you seeking a reliable condenser designed specifically for homebrew distillation? The SS304 Reflux Distillation Coil is an excellent choice. Made from high-quality Stainless Steel 304, it offers durability and maintains sanitary conditions, essential for safe distillation. With a 6mm outer diameter and a length of 295mm, this coil is compatible with reflux, Dimroth, and cooling coil setups. It effectively cools vapor and promotes efficient dephlegmation, ensuring you get pure, high-quality spirits. Plus, the product comes with excellent after-sales support, so you can count on assistance whenever needed. This coil is a practical, sturdy addition to your homebrew distillation setup.
Best For: homebrew enthusiasts and small-scale distillers seeking a durable, sanitary condenser for efficient reflux and cooling applications.
Pros:
- Made from high-quality SS304 stainless steel for durability and sanitary conditions
- Compatible with reflux, Dimroth, and cooling coil setups, offering versatile use
- Effective cooling and dephlegmation for high-purity spirits
Cons:
- Limited outer diameter (6mm) may require specific fittings or adapters
- Length of 295mm may not suit all distillation configurations
- Does not include additional accessories or mounting hardware
Laboy Glass Coiled Condenser with 24/40 Joints, 300mm Length
The Laboy Glass Coiled Condenser with 24/40 joints and a 300mm length stands out as an ideal choice for laboratory professionals seeking reliable and efficient reflux setups. Its coiled design allows for maximum heat transfer, with coolant flowing through the inner coil to condense vapors effectively inside the outer jacket. Made from high-quality borosilicate glass, each unit is handmade to ensure durability and chemical resistance. The 24/40 joints provide a secure fit, and the 8mm hose connections facilitate easy coolant flow. Overall, this condenser combines precision engineering with robust materials, making it a dependable component for your distillation processes.
Best For: laboratory professionals and researchers seeking efficient, durable, and reliable reflux condensation solutions for distillation processes.
Pros:
- Made from high-quality borosilicate glass ensuring chemical resistance and durability
- Handmade blowing process guarantees uniform wall thickness and high craftsmanship
- Coiled design maximizes heat transfer and condensation efficiency
Cons:
- Handcrafted nature may lead to higher price compared to mass-produced alternatives
- Requires careful handling due to fragile glass construction
- Compatibility limited to specific joint sizes and hose connections
Factors to Consider When Choosing a Condenser for Reflux Setups
When selecting a condenser for reflux setups, I consider several key factors to guarantee ideal performance. Compatibility with my glassware, cooling efficiency, and material durability are especially important. Additionally, size, capacity, and ease of assembly play a role in making the right choice.
Compatibility With Glassware
Choosing a condenser that fits your glassware properly is essential for a secure and efficient reflux setup. First, check that the joint size matches your glassware—common sizes are 24/40 or 19/22—so it fits snugly without leaks. Also, verify the type of joint, such as standard taper or ground joint, to ensure compatibility with your existing equipment. It’s important to confirm that the condenser’s hose connections match your coolant tubing, typically 8mm or 10mm diameter. Additionally, consider the overall length and design—whether Liebig, Graham, or Dimroth—to suit your setup’s space and configuration. Finally, select a material like borosilicate glass, which offers excellent chemical resistance and thermal compatibility, ensuring durability and performance.
Cooling Efficiency Levels
To effectively remove heat during reflux, it’s important to contemplate factors that influence a condenser’s cooling efficiency. A larger cooling surface area, like longer coils or multiple passes, boosts heat removal. The material also matters—borosilicate glass or stainless steel affects thermal conductivity, impacting performance. Coolant flow rate and temperature are critical; higher flow rates and colder coolant improve the temperature gradient, enhancing condensation. The design type, whether Graham, Liebig, or Dimroth, influences efficiency by optimizing surface contact and vapor flow. Ultimately, proper fitting and sealing—using the right joint sizes and secure hose connections—ensure maximum vapor contact with cooling surfaces. Paying attention to these factors helps you choose a condenser that maintains consistent, efficient cooling during reflux.
Material Durability
The durability of a condenser directly impacts its performance and lifespan during reflux operations. Choosing a material that withstands thermal shock, chemical corrosion, and high temperatures is essential for long-term use. Borosilicate glass is a popular choice because it resists thermal stress and chemical attack, making it reliable for laboratory setups. Stainless steel offers superior durability, corrosion resistance, and is less fragile, making it ideal for industrial or high-pressure applications. Heavy-walled glass condensers strengthen mechanical resilience, reducing breakage risks. Overall, a condenser’s durability depends on the quality of its material, manufacturing process, and proper handling, especially during cleaning and transport. Prioritizing these factors guarantees your condenser remains effective and safe through repeated use.
Size and Capacity
Selecting the right size and capacity for a condenser is vital for effective reflux performance. The condenser’s coil length and overall height directly affect its cooling ability and suitability for your reflux volume. Larger condensers with longer coils, such as 175mm or more, provide a greater surface area, enhancing heat exchange and condensation efficiency. The diameter of the jacket and coil, like 24/40 or 19/22 joints, impacts compatibility with your glassware and coolant flow rate. It’s imperative to choose a condenser that can handle the vapor volume produced during reflux to prevent backpressure or incomplete condensation. Proper sizing ensures ideal cooling, reduces overflow risks, and maintains steady reflux, leading to more consistent and efficient distillation results.
Ease of Assembly
When choosing a condenser for your reflux setup, ease of assembly should be a top priority. Condensers with standardized joints and clear connection points make assembly straightforward, reducing the need for extra adapters or tools. Lightweight, precisely fitted glass components allow for quick, secure connections, lowering the risk of leaks or disconnections. Features like ergonomic joints and accessible hose connections simplify hooking up coolant lines and securing the condenser in place. Modular or multi-part designs can be assembled step-by-step, which is especially helpful for beginners or complex setups. Additionally, clear labeling of joints and connection ports helps identify proper assembly order, saving time and minimizing confusion. Prioritizing these features ensures a smoother setup process and more reliable operation.
Price and Budget
Considering your budget constraints is key when choosing a condenser for your reflux setup. Condenser prices vary widely, from around $20 for basic models to over $100 for high-end options. It’s important to balance cost with material quality; borosilicate glass is more durable and often costs a bit more, but it offers better longevity than plastic or lower-grade glass. Cheaper condensers might save money upfront but can wear out quickly or require replacement sooner. Investing a little more initially can pay off through improved performance, reliability, and durability, ultimately reducing long-term costs. Be sure to compare prices across different sellers and look for deals or discounts to get the best value within your budget.
Frequently Asked Questions
What Materials Are Most Durable for Long-Term Reflux Condenser Use?
When considering materials for long-term reflux condenser use, I prioritize durability and chemical resistance. Glass, especially borosilicate, is my top choice because it withstands temperature changes and chemicals well. Stainless steel is another excellent option due to its robustness and corrosion resistance. I avoid plastics for long-term setups since they can degrade over time. Overall, I look for materials that will last and perform reliably in demanding laboratory conditions.
How Does Coil Length Affect Reflux Efficiency and Cooling Capacity?
When considering coil length, I’ve found that longer coils generally improve reflux efficiency because they provide more surface area for condensation and boiling. This means better cooling capacity and more effective separation of components. However, if the coil is too long, it can cause increased resistance and pressure drops, which might hinder performance. I recommend balancing coil length with your setup’s size and cooling capacity for ideal results.
Are There Specific Condensers Recommended for High-Temperature Distillation?
When it comes to high-temperature distillation, I recommend condensers like the water-cooled Liebig or Allihn, which handle intense heat efficiently. These condensers are designed to withstand and cool high-temperature vapors quickly, preventing loss and ensuring safety. While coil condensers excel in lower temperatures, these robust options provide the reliability needed for demanding distillation processes. Trust me, choosing the right condenser makes all the difference in your setup’s performance.
What Maintenance Routines Extend the Lifespan of Glass Condensers?
When it comes to maintaining glass condensers, I always guarantee I clean them thoroughly after each use with appropriate solvents to remove residues. I regularly check for cracks or chips and handle them gently to prevent damage. Additionally, I avoid sudden temperature changes and store them in a secure, padded area. Following these routines helps me extend their lifespan and keeps my distillation processes running smoothly.
How Do Different Joint Sizes Impact Compatibility With Existing Setups?
Think of joint sizes as the gears in a finely tuned machine—if they don’t match, everything grinds to a halt. Different joint sizes can make your setup incompatible or cause leaks, which is a nightmare. To keep things running smoothly, always measure your existing setup accurately and choose condensers with matching joints. This way, you guarantee a snug fit and peak performance every time, like a well-oiled system.
Conclusion
So there you have it, folks—your ticket to reflux perfection. Whether you’re a homebrewer or a lab pro, choosing the right condenser is the secret sauce. Just remember, even the best condenser can’t save a bad distillation—trust me, I’ve tried. So pick wisely, and may your reflux setups run smoother than a well-oiled machine… or at least less like a caffeine-fueled squirrel. Cheers to better distilling!
