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  3. DESCHEM 200MM2440SL

DESCHEM 200MM2440SL Graham Condenser Jacket Coil Glass 7445046820824 24/40 Laboratory Glassware

200mm2440sl Deschem Graham Condenser 24/40 Jacket 200mm Coil Glass Laboratory Glassware

( Brand: Deschem ), ( Manufacturer Part Number: 200MM2440SL ), ( Part Type: Condenser Jacket Coil ), ( Item Weight: 11.4 Ounces ), ( Package Dimensions: 14.72 X 3.74 X 2.4 Inches ), ( UPC: 445046820824 )

Review DESCHEM Graham Condenser 24/40 Jacket 200mm Coil Glass Laboratory Glassware

The **Deschem 200mm 24/40 Graham Condenser with a 24/40 Jacket and 200mm Coil** is a precision-engineered piece of laboratory glassware designed to elevate the efficiency and reliability of distillation, reflux, and condensation processes in chemical synthesis, pharmaceutical development, and analytical laboratories. Crafted from high-quality borosilicate glass (typically Type I or Type II, depending on the model), this condenser ensures exceptional thermal resistance, chemical inertness, and optical clarity, making it ideal for demanding applications where accuracy and durability are paramount. The **24/40 standard taper joint** ensures a secure, leak-proof connection to compatible glassware, such as round-bottom flasks, distillation columns, or reaction vessels, while the **200mm coil length** provides optimal surface area for efficient heat exchange, maximizing condensation rates without compromising flow dynamics. The **jacketed design** adds an extra layer of functionality, allowing for temperature-controlled condensation through the circulation of cooling fluids (such as water or refrigerated glycol solutions), which is particularly advantageous in high-temperature reactions or when working with volatile solvents that require precise temperature regulation. The **200mm overall height** strikes a balance between compact workspace utilization and sufficient coil length, ensuring versatility in laboratory setups ranging from bench-top experiments to larger-scale preparations. Whether used in routine organic synthesis, fractional distillation, or specialized processes like vacuum distillation, this condenser delivers consistent performance with minimal maintenance, thanks to its smooth, polished glass surface that resists fouling and corrosion. Its robust construction and adherence to international safety standards make it a trusted component in laboratories worldwide, where precision and repeatability are non-negotiable.

**Pros and Cons of buying a Deschem 200mm 4/24 Condenser (24/40 Jacket, 200mm Coil, Glass Laboratory Glassware)**

### **Pros**

1. **High Efficiency and Performance** The 200mm surface area maximizes heat exchange, making it ideal for large-scale distillations, reflux setups, or reactions requiring precise temperature control. The extended coil length (200mm) enhances cooling efficiency, reducing condensation time and improving yield.

2. **Durability and Quality** Deschem is a reputable brand known for producing high-quality glassware designed to withstand repeated use in laboratory settings. The borosilicate glass (likely Type 3.3 or similar) ensures resistance to thermal shock and chemical corrosion, extending the condenser s lifespan.

3. **Versatility** The 24/40 joint compatibility allows it to fit seamlessly with standard laboratory glassware, making it suitable for a wide range of applications, from simple distillations to complex multi-step syntheses. The jacketed design (24/40) also enables the use of cooling baths (e.g., ice-water or refrigerated circulators) for more controlled temperature management.

4. **Ease of Cleaning and Maintenance** Glass condensers are generally easier to clean than metal alternatives, especially when dealing with sticky or corrosive residues. The smooth interior surface reduces the risk of residue buildup, though thorough cleaning is still necessary after use.

5. **Compatibility with Jacketed Systems** The jacketed design allows for external cooling, which can be particularly useful in applications where internal cooling alone is insufficient. This is beneficial for high-boiling or heat-sensitive compounds where rapid cooling is critical.

6. **Safety** Glass condensers are chemically inert and do not introduce contaminants into the reaction, unlike some metal or plastic alternatives. They also reduce the risk of sparking or corrosion-related failures.

7. **Cost-Effective for Long-Term Use** While the initial cost may be higher than some plastic or basic metal condensers, the durability and performance of a high-quality glass condenser often justify the investment, especially in academic or industrial settings where reliability is paramount.

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### **Cons**

1. **Fragility** Glassware is prone to breakage from thermal shock (e.g., sudden temperature changes), mechanical impact, or rough handling. This can be a significant drawback in environments where equipment is frequently moved or exposed to rough conditions.

2. **Weight and Bulk** Glass condensers are heavier than plastic or aluminum alternatives, which can make them cumbersome to transport or store. This may be less of an issue in stationary laboratory setups but could be a consideration for fieldwork or portable applications.

3. **Limited Temperature Range** While borosilicate glass can handle moderate temperature fluctuations, extreme temperatures (e.g., very high heating or rapid cooling) can still risk cracking. This limits its use in certain high-temperature applications without proper precautions.

4. **Cost** High-quality glass condensers like this one are more expensive upfront compared to basic plastic or metal condensers. For one-time or low-budget experiments, this may not be justified.

5. **Maintenance Requirements** Despite being easy to clean, glass condensers require regular inspection for scratches, cracks, or residue buildup. Neglecting maintenance can lead to reduced efficiency or failure over time.

6. **Not Ideal for High-Pressure Applications** Glass is not suitable for high-pressure systems, as it lacks the structural integrity to handle elevated pressures safely. For such applications, metal condensers or specialized glassware (e.g., reinforced) would be required.

7. **Potential for Contamination** While glass is chemically inert, improper cleaning (e.g., using abrasive materials) can introduce microscopic scratches or residues that may affect sensitive reactions. This requires careful handling and cleaning protocols.

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### **Conclusion**

The Deschem 200mm 24/40 jacketed condenser is a robust and efficient piece of laboratory glassware well-suited for applications requiring high cooling performance, durability, and chemical compatibility. Its extended coil and jacketed design make it particularly valuable for large-scale or temperature-sensitive processes. However, its fragility, weight, and higher cost may pose challenges depending on the specific use case, laboratory environment, or budget constraints.

For **academic research, pharmaceutical synthesis, or industrial-scale operations** where reliability and performance are critical, this condenser is an excellent investment. It is less ideal for **high-risk handling environments, high-pressure applications, or budget-limited setups** where alternatives like plastic or metal condensers might suffice.

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### **Recommendation**

**Buy this condenser if:**

- You require a high-performance, durable condenser for frequent or large-scale use.

- Your applications involve temperature-sensitive or high-boiling compounds where efficient cooling is essential.

- You prioritize chemical inertness and long-term reliability over cost or portability.

- Your laboratory has the space and safety protocols to handle glassware properly.

**Consider alternatives if:**

- You work in a high-risk environment where breakage is a concern (e.g., fieldwork, rough handling).

- Your budget is limited, and you can achieve similar results with a lower-cost condenser.

- You need a lighter or more portable solution (e.g., for travel or temporary setups).

- Your applications involve high-pressure systems or extreme temperatures beyond the condenser s safe operating range.

For most **serious laboratory users**, the Deschem condenser represents a worthwhile purchase due to its balance of performance, durability, and versatility. Pair it with proper safety measures (e.g., protective gloves, careful handling) to maximize its lifespan and effectiveness.

Details:

Softening Point 820. Made By Brisket Glass. Linear Coefficient of Expansion 32 10-7/. Be Made From G3.3 Brisket Glass.

Annealing Point 560.

part #: 200mm2440sl price

  • $39.99

specifications plasticwarelabsuppy:

  • brand: Deschem
  • mpn: 200mm2440sl
  • part type: Condenser Jacket Coil
  • item weight: 11.4 Ounces
  • package dimensions: 14.72 X 3.74 X 2.4 Inches
  • upc: 445046820824

general plasticwarelabsuppy:

  • condition: New
  • Medical, Lab Dental Supplies > Glassware Plasticware > Other Medical Lab Glassware

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  • started: March 27, 2026
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part type: condenser jacket coil, item weight: 11.4 ounces, package dimensions: 14.72 x 3.74 x 2.4 inches,
category: business & industrial > medical, lab dental supplies > glassware plasticware > medical lab glassware, sku: 13545528108662861,
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