
( Brand: Foxx Life Sciences ), ( Manufacturer Part Number: 162-2102-OEM ), ( Part Type: Vacuum ), ( Intended Use/discipline: Biological Laboratory, Dental Laboratory, Medical Laboratory, Microbiological Laboratory, Physical Laboratory ), ( Country Of Origin: United States ), ( Unit Type: Unit ), ( Material: Hdpe ), ( Volume: 2000ml, 2l ), ( Additional Search Terms: Surplus Laboratory Bench Supplies Consumables )
The **Foxx Sciences 162-2102-OEM 2000ml HDPE Vacuum Bottle (53B VersaCap 1/4 HB)** is a premium, high-performance beverage container engineered for durability, efficiency, and versatility in commercial and industrial applications. Constructed from **high-density polyethylene (HDPE)**, this vacuum bottle is designed to withstand rigorous use while maintaining structural integrity, making it ideal for dispensing hot or cold liquids in settings such as food service, laboratories, manufacturing plants, or bulk beverage distribution. The **2000ml (2-liter) capacity** strikes a balance between practicality and space efficiency, allowing for substantial liquid volumes without compromising portability or storage flexibility.
At the heart of this bottle s functionality is its **VersaCap 1/4 HB spout system**, a precision-engineered dispensing mechanism that ensures smooth, controlled flow while minimizing spillage. The **1/4-inch female hose barb connection** enables seamless integration with external pumps, fillers, or dispensing systems, making it a versatile choice for automated or manual liquid transfer operations. The cap s ergonomic design allows for easy one-handed operation, reducing user fatigue during prolonged use, while its secure sealing mechanism prevents leaks and contamination, even under pressure. The **53B designation** indicates a robust, industrial-grade build, ensuring compatibility with high-volume applications where reliability is paramount.
Beyond its practical performance, the **HDPE material** offers exceptional resistance to corrosion, chemical exposure, and temperature fluctuations, ranging from freezing cold to boiling hot liquids. This makes the bottle suitable for a wide array of beverages, including water, juices, syrups, and even certain chemical solutions, without risking degradation or flavor contamination. The smooth, non-porous interior surface further enhances hygiene, as it resists bacterial buildup and is easy to clean whether by hand or through automated washing systems. Additionally, the bottle s **vacuum-insulated design** helps maintain liquid temperature for extended periods, reducing energy costs associated with reheating or refrigeration in commercial environments.
For manufacturers and distributors, this OEM-grade bottle represents a cost-effective solution that aligns with sustainability goals. HDPE is recyclable and free from harmful additives like BPA, aligning with modern environmental standards while ensuring compliance with food-grade safety regulations. The bottle s **stackable and space-efficient design** optimizes storage and transportation logistics, reducing overhead costs for businesses that rely on bulk liquid distribution. Whether deployed in a fast-food kitchen, a laboratory setting, or a beverage production facility, the **Foxx Sciences 162-2102-OEM** delivers a blend of performance, durability, and adaptability that sets it apart as a dependable workhorse in liquid handling applications.
### **Pros and Cons of buying a Foxx Sciences 162-2102-OEM 2000ml HDPE Vacuum Bottle (53B VersaCap, 1/4 HB)**
#### **Pros:**1. **High-Quality Construction** Made from **HDPE (High-Density Polyethylene)**, a durable, food-safe, and shatterproof material that resists corrosion, staining, and chemical degradation. This makes it ideal for laboratory use where reliability is critical.
2. **Large Capacity (2000ml)** Offers substantial volume for storing liquids, making it suitable for bulk reagent storage, sample preparation, or general lab use where larger quantities are needed.
3. **VersaCap (53B) Design** Features a **1/4 HB (heavy-duty) threaded cap**, which is a standard lab fitting compatible with many lab accessories, including:
- **Vacuum pumps** (for degassing or filtration)
- **Septum caps** (for sampling without opening the bottle)
- **Pressure adapters** (for gas purging or inert atmosphere applications)
- **Automated liquid handlers** (if integrated into lab workflows)
This versatility enhances its utility in research and industrial settings.
4. **Vacuum-Compatible** The bottle is designed to withstand **vacuum conditions**, making it useful for:- **Degassing liquids** (removing dissolved gases)
- **Filtration under vacuum**
- **Freeze-drying or lyophilization** applications
5. **Chemical Resistance** HDPE is resistant to most **acids, bases, and organic solvents**, though it may degrade in prolonged contact with highly concentrated oxidizing agents (e.g., strong acids like sulfuric acid or certain solvents like acetone over time).
6. **Cost-Effective for Bulk Use** While not the cheapest option, its **durability and functionality** often justify the cost for labs that require frequent use of large-volume containers.
7. **Easy to Clean** Smooth HDPE surface prevents bacterial buildup and is **easy to sterilize** (can be autoclaved or cleaned with detergents).
8. **Compatibility with Lab Systems** The **1/4 HB thread** is widely recognized in laboratory equipment, reducing the need for adapters or custom fittings.
9. **No Glass Breakage Risk** Unlike glass bottles, this HDPE container **cannot shatter**, making it safer for transport and handling in busy lab environments.
10. **Long Shelf Life** HDPE does not degrade over time if stored properly, ensuring the bottle remains functional for years.
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#### **Cons:**1. **Not Heat-Resistant** While HDPE is durable, it has a **lower heat tolerance** compared to glass or certain plastics (e.g., PP). Prolonged exposure to **boiling liquids or high temperatures (above 60 C/140 F)** can cause warping or degradation. Avoid autoclaving at high temperatures unless specified otherwise.
2. **Limited Clarity** HDPE is **opaque**, meaning you cannot visually inspect the contents without opening the bottle. This can be inconvenient for checking liquid levels or color changes.
3. **Weight** At **2000ml**, the bottle is **heavier than glass** when full, which may be less ergonomic for frequent manual handling.
4. **Potential for Contamination** While HDPE is chemically inert, **poor sealing or improper cleaning** can lead to microbial growth or particulate contamination over time.
5. **Not Ideal for High-Pressure Applications** While it handles vacuum well, **exposing it to high internal pressure** (e.g., from rapid gas expansion) could risk deformation or failure.
6. **Limited UV Resistance** Prolonged exposure to **direct sunlight or UV light** may cause slight degradation over time, though this is less of an issue indoors.
7. **Not Autoclavable at High Temperatures** Most HDPE bottles are **not rated for high-temperature autoclaving** (typically above 121 C/250 F). Check manufacturer guidelines some may allow **low-temperature steam sterilization (e.g., 121 C for short cycles)**.
8. **Single-Use Consideration in Some Labs** Some high-purity or pharmaceutical labs prefer **glass or specialized plastics** (e.g., PTFE-lined) to avoid any potential leaching or extraction of plastic residues.
9. **Threaded Cap May Require Tools for Tightening** The **1/4 HB thread** can be tight, and some users may need **pliers or a wrench** to secure the cap properly, risking potential damage if over-tightened.
10. **Less Aesthetic for Non-Lab Use** The **bulky, industrial design** makes it less suitable for consumer or non-scientific applications where appearance matters.
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### **Ending Conclusion**
The **Foxx Sciences 162-2102-OEM 2000ml HDPE Vacuum Bottle (53B VersaCap, 1/4 HB)** is a **highly functional, durable, and versatile** laboratory container designed for **bulk liquid storage, vacuum applications, and compatibility with standard lab fittings**. Its **chemical resistance, shatterproof design, and large capacity** make it an excellent choice for **research labs, industrial processes, and settings requiring frequent degassing or filtration**.
However, its **limitations in heat resistance, opacity, and lack of autoclavability at high temperatures** may be dealbreakers for certain applications. If **clarity, extreme heat tolerance, or autoclavability** are critical, alternatives like **glass bottles, PP (polypropylene) containers, or PTFE-lined vessels** may be preferable.
For most **general lab use, vacuum applications, or chemical storage where durability and compatibility matter more than aesthetics**, this bottle is a **strong, cost-effective choice**.
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### **Recommendation**
**Buy this bottle if:**You need a **large, durable, vacuum-compatible container** for lab use.
You require **1/4 HB threaded compatibility** for vacuum pumps, septa, or automation.
You work with **acids, solvents, or corrosive chemicals** that require HDPE s resistance.
You prioritize **safety (no glass breakage) and long-term reliability**.
Your applications involve **degassing, filtration, or inert atmosphere storage**.
**Avoid this bottle if:**You need **high-temperature autoclaving (above 121 C)**.
You require **visual inspection of contents** (e.g., color changes in reactions).
Your liquids are **extremely hot or under high pressure** regularly.
You prefer **glass for clarity or pharmaceutical-grade purity**.
You need **UV transparency or a more aesthetic design**.
**Alternative Considerations:**- For **high-temperature use**, consider **borosilicate glass** or **PP (polypropylene) bottles**.
- For **pharmaceutical/sterile applications**, look for **PTFE-lined or glass containers**.
- For **smaller volumes**, a **1L or 500ml HDPE bottle** with the same cap may suffice.
Overall, this is a **well-engineered lab tool** for the right applications, offering a **balance of functionality and durability**.
O-Ring Material: Platinum-cured Silicone. BIOTECH BARGAINS item for sale. GSR vers 1736 GS 9.9.5 1736 Cap Size: 53B. Good used condition.
Lab Bench Supplies. Bottle Material: HDPE.