Wash Bottles price list
Last updated Tuesday, Oct 6, 2026
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Last updated Tuesday, Oct 6, 2026
A good wash bottle can make routine laboratory work cleaner, faster, and more controlled. Whether you need a compact squeeze bottle for dispensing liquids, a replacement silicone bottle, or a larger container for a specialized application, the right choice depends on the job—not just the price.
The reference listings include several bottle styles and related containers, from small polyethylene dropper bottles to larger vacuum bottles and screw-top saline containers. Because these products serve different purposes, it helps to compare capacity, material, closure style, and intended use before you buy. Think of the bottle as a tool: a small dropper is like a precision brush, while a larger vacuum container is built for an entirely different task.
Laboratory wash bottles are containers designed to dispense liquids in a controlled way. Many use a squeeze body and a narrow nozzle, allowing you to direct a small stream toward glassware, work surfaces, or other equipment. This format can help reduce splashing and make repetitive rinsing more convenient.
Not every bottle in a laboratory supply category is a traditional wash bottle. Some are intended for e-liquids, some are replacement components, and others are medical or industrial containers. That distinction matters. A bottle’s shape may look familiar, but its design, closure, material, and listed application determine whether it is appropriate for your work.
The available offers cover a broad range of sizes and designs. For example, the listings include 5-packs of empty polyethylene dropper bottles with a capacity of about 3.4 fluid ounces each. Two similar listings are priced at $3.49 and $4.65, giving shoppers an opportunity to compare nearly identical pack formats.
There is also a single replacement silicone bottle with a capacity of about 1 fluid ounce. It is listed in white and priced at $5.99. This option may appeal to someone looking for a replacement component rather than a multipack of complete bottles.
Another listing describes a portable high-density polyethylene industrial or agricultural bottle with a capacity of about 1.7 fluid ounces. It is listed at $0.13 through Alibaba. The listing description also mentions a large product quantity and savings language, but buyers should review the listing carefully to understand the purchasing terms before making a decision.
The polyethylene dropper bottles are among the most compact options in the data. Their approximately 3.4-fluid-ounce capacity and 5-pack format may suit projects that require several small containers rather than one large reservoir.
Small bottles are easy to organize and can help separate different liquids or samples. They may also be practical when you want to limit the amount of liquid kept at a workstation. However, the reference titles identify these products as e-liquid bottles, so shoppers should not automatically assume they are certified for every laboratory chemical or procedure.
The white replacement silicone bottle is listed as a 1-piece product with an approximately 1-fluid-ounce capacity. Its smaller size makes it notably different from the 5-pack dropper bottles and the larger containers in the listings.
Replacement items require extra attention before purchase. Check whether the dimensions, opening, and connection style match the equipment you already use. The reference data does not provide compatibility details, so those specifications should be verified on the product page rather than assumed.
Material affects how a bottle feels, performs, and fits into a workflow. The listings mention polyethylene, high-density polyethylene, and silicone. These materials are not interchangeable in every application, so selecting by appearance alone can lead to frustration.
Polyethylene bottles are commonly associated with lightweight plastic construction. The dropper listings specifically identify polyethylene, while the industrial bottle is described as HDPE, or high-density polyethylene. Silicone appears in the replacement bottle listing. Each material may offer a different balance of flexibility, resilience, and compatibility.
The reference data does not provide chemical compatibility charts, temperature ratings, sterility claims, or pressure specifications for the small bottles. If your work involves aggressive solvents, heat, sterile procedures, or regulated testing, consult the full product specifications and your organization’s requirements before purchasing.
Picture putting the wrong fuel into a machine. The container may look suitable, but the contents and material still need to work together. A bottle that performs well for one liquid may not be suitable for another.
When comparing wash bottles, look for information about the liquid you plan to dispense, the expected temperature, the closure, and whether the container is intended for repeated use. Since those details are not supplied for every offer here, the safest approach is to treat the listed material as a starting point—not a complete compatibility guarantee.
Capacity is one of the easiest ways to narrow your options. The reference listings range from approximately 1 fluid ounce to 33.8 fluid ounces, with several sizes between those extremes.
A small bottle can be useful when portability and precise handling matter. The 1-fluid-ounce silicone replacement bottle and the approximately 1.7-fluid-ounce industrial bottle are compact choices. The 3.4-fluid-ounce dropper bottles offer a little more room while remaining easy to handle.
For larger-volume tasks, the listings include 8.5-fluid-ounce saline containers, approximately 16.9-fluid-ounce vacuum bottles, and a 33.8-fluid-ounce patient starter drainage kit. These larger products should not be treated as interchangeable with small laboratory wash bottles, because their listed purposes are different.
Small containers can reduce clutter and make it easier to use fresh portions of a liquid. They are also convenient when a bottle needs to move between work areas. Larger containers may reduce the need for frequent refilling, but they can take up more space and may be less convenient for precise dispensing.
Ask yourself a simple question: do you need a bottle for quick, controlled application, or do you need a container for storage, collection, or a specialized system? That answer can eliminate unsuitable products before price enters the discussion.
Several reference products are not conventional wash bottles but may appear in the same broader supply search. Understanding their role helps prevent an expensive mismatch.
The vacuum bottle with drainage line is listed with an approximately 16.9-fluid-ounce capacity and appears in both an each and case listing at $74.44. The PleurX drainage kit includes an approximately 16.9-fluid-ounce vacuum bottle, gauze pads, alcohol pads, and a pair of gloves. It is listed at $134.85 per case.
The CareFusion PleurX patient starter drainage kit has an approximately 33.8-fluid-ounce capacity and includes a patient education DVD and emergency information card. It is listed at $89.74 per case. These products are specialized medical supplies, not general-purpose wash bottles, so buyers should evaluate them according to their intended clinical use.
The listings also include a USP normal sterile saline irrigation container with a screw-top closure and an approximately 8.5-fluid-ounce capacity. It is listed at $1.90 each. The product title and description identify it as sterile saline for irrigation, which is a specific use rather than a general laboratory dispensing claim.
For blood collection, the data includes BD Vacutainer tubes. One gold tube listing has an approximately 0.5-inch by 3.9-inch size and a capacity of about 0.17 fluid ounces. It is listed at $78.80 per box, with a regular price shown as $133.37. Another listing describes lavender plastic blood collection tubes measuring approximately 0.5 inches by 3 inches, with a draw volume of about 0.14 fluid ounces. That item is listed at $44.86 per box.
These products demonstrate why product category labels should be read carefully. A collection tube, irrigation container, drainage bottle, and wash bottle may all be containers, but they are designed around very different workflows.
The replacement fit test solution listing describes a sweet solution accessory in a bottle of approximately 1.9 fluid ounces. It is intended to help an organization meet OSHA fit-testing requirements for respirators and is listed at $32.15 each.
This product is another example of a specialized bottle that should not be confused with a general wash bottle. If your goal is respirator fit testing, the relevant question is whether the solution and accessory match your testing procedure. If your goal is rinsing laboratory equipment, this listing is probably outside that use case.
The listed prices vary substantially. The lowest displayed price is $0.13 for the industrial HDPE bottle listing, while the small dropper multipacks are listed at $3.49 and $4.65. The replacement silicone bottle is $5.99, and the saline container is $1.90 each.
At the other end, the specialized medical products range from $74.44 to $134.85 in the reference data. The BD collection tube listings are $78.80 and $44.86 per box, while the fit test solution is $32.15 each.
Price alone is not a fair comparison when the products serve different purposes. A 5-pack of small dropper bottles cannot be directly compared with a medical drainage kit simply by looking at the dollar amount. Instead, compare the price with the package format, capacity, included components, and intended application.
For multipacks, divide the displayed price by the number of bottles to estimate the cost per bottle. The $3.49 5-pack works out to about $0.70 per bottle, while the $4.65 5-pack works out to about $0.93 per bottle. These calculations are based only on the displayed prices and pack counts.
Remember that a low unit cost is useful only when the bottle fits your needs. Buying five unsuitable bottles is not a bargain; it is just five extra items taking up shelf space.
ZoneOffer is a comparison site, not a store. Its role is to help you review products and displayed offers from different sellers, such as 2fdeal, Alibaba, and Alldiabetic, in one place. The listed store name identifies the source shown in the comparison data; it does not mean ZoneOffer sells or fulfills the product.
When comparing offers, start with the exact title. Similar names can describe different pack sizes, materials, or uses. Next, check whether the price is for one item, a box, or a case. The reference data includes each, box, and case formats, so overlooking that detail could make two prices appear more comparable than they really are.
Also review the description for included accessories. For example, the PleurX drainage kit includes several additional items, while the replacement silicone bottle is listed as one piece. The contents of a package can be just as important as the bottle itself.
Use the product description as a guide, but do not rely on a bottle’s appearance to determine safety. Check the manufacturer or seller information for chemical compatibility, sterility, pressure limits, temperature limits, and intended use when those factors matter.
Medical containers and collection tubes should be used only in accordance with the relevant instructions and professional requirements. The reference data identifies several products for drainage, irrigation, blood collection, and respirator fit testing. Those specialized descriptions should be taken seriously.
For general laboratory work, label bottles clearly and keep incompatible liquids separated. A clear workspace is easier to manage, and a clearly labeled bottle is easier to identify. Small habits like these act as guardrails around your workflow.
Before choosing a wash bottle or related container, confirm the intended liquid and task. Then check the material, capacity, closure type, dispensing style, and package quantity. If you are replacing a bottle, compare its dimensions and connections with the existing equipment.
Next, verify whether the listing is for an individual item, multipack, box, or case. Review the displayed price and any regular price shown in the comparison data. For the gold BD Vacutainer listing, for instance, the displayed price is $78.80 and the regular price is $133.37. That information is specific to the referenced offer and should not be generalized to other products.
Finally, look beyond the headline. Does the description mention an included drainage line, gloves, gauze pads, a label, or educational materials? Details like these can change the overall value and help you avoid ordering the wrong item.
The best laboratory wash bottle is the one that matches your liquid, volume, dispensing method, and working environment. The reference listings include compact polyethylene dropper bottles, a silicone replacement bottle, an HDPE industrial container, and several specialized medical or laboratory containers. Compare the purpose first, then material, capacity, package format, and price. By taking that measured approach, you can use ZoneOffer to compare relevant options without confusing a general bottle with a product designed for a specialized procedure.


