Where To Buy A Hot Plate
Hot plates are portable cooking units great for meal prepping on the go or for use in small cooking spaces without traditional kitchen access. With a hot plate, users can cook a meal from scratch, warm leftovers, or keep food hot for an extended duration. A portable hot plate can be used in small living spaces, small kitchens, offices, and vacation spaces.
where to buy a hot plate
We researched the best hot plates in a variety of categories with high customer satisfaction. The list factors in material, number of burners, wattage, temperature settings, and special features provided by the top brands.
When selecting the top hot plates, we focused on models made with durable stainless steel and cast iron. The featured picks include both 1-burner and 2-burner units for different cooking needs. The top picks each produce 1,300 to 1,800 watts for ample cooking power with multiple preset temperature settings. Some models on the list also contain extra features including nonslip rubber feet, auto shutoff, child safety locks, and stay-cool handles.
Hot plates are available with several plate types, including glass, coil, or cast iron. Traditional coil surfaces are lightweight but more difficult to clean. Glass and cast-iron cook surfaces offer a more modern appeal and are easier to clean. However, it is useful to note that not all cook surface types are compatible with all cookware.
Hot plates are available with a variety of heating control options. Some have mechanical knobs to adjust the temperature, while other units feature digital temperature controls and displays, which may be preferred if temperature precision is a priority.
As long as your cookware matches the size of the hot plate, you can cook almost anything. Keep in mind, however, that some cuisines require specific temperatures, so a hot plate with precise temperature control might be the best option depending on your cooking needs. If you only need to boil water or keep food warm, there are options for that, too.
The maximum heating temperature of a hot plate will depend on the type of heating element the plate utilizes. Some plates are designed only for warming, while others can reach temperatures optimal for boiling and frying.
Electric hot plates can use anywhere from 750 watts to 1,800 watts of electricity, depending on the size of the unit and the number of burners included. How often you intend to use the hot plate and the type of cooking you want to do with it can help you determine which wattage is right for you and what the average energy consumption might be.
Ubiquitous in clinical, production and research labs, hot plates are used to slowly and safely heat samples, reagents and chemicals without the dangers associated with the open flame of a Bunsen burner.
Stirrer hot plates are equipped with an overhead or magnetic stirring apparatus to mix the sample during the heating process, ensuring more complete temperature uniformity. For operator protection, hot plates include several safeguards, including over-temperature prevention, audible and visual alarms, and non-sparking components for flammable or explosive samples.
Standard temperature control hot plates do not include a stirring apparatus for sample mixing during the heating process. More economical than stirring hot plates, standard hot stirrer plates are reliable workhorses requiring minimal maintenance and re-calibration routines.
Magnetic stirring hotplates contain an electromagnet, installed underneath the plate surface, which produces a rotating magnetic field across the plate. The magnetic field causes a stirring bar, immersed within the sample, to spin at a predefined speed (up to 2,500 rpm). Magnetic stirrers do not include a heating element.
Stirring hot plates contain both a stirring apparatus and heating element installed underneath the plate surface for even stirring as the sample heats. While stirring hot plates are more expensive than magnetic hot plate stirrersmagnetic stirrers or standard hot plates, they provide better heating uniformity for high-volume (over 500 ml) and highly-viscous samples.
Aluminum hot plate surfaces provide better temperature uniformity than ceramic, polypropylene, or stainless steel. More durable and harder to crack, aluminum-top plates are optimal for high-throughput operations involving steel beakers.
Polypropylene hot plates resist s harsh chemicals, acids and solvents, but do does not reach temperatures as high as ceramic or aluminum. Polypropylene hot plates are optimal for wet chemistry work involving solvents like methanol, acetonitrile and ethanol.
Stainless steel hot plates resists corrosion, most alcohols and ethers, and promotepromotes aseptic conditions. Stainless steel hot plates are optimal for ISO-grade cleanrooms, cGMP spaces and USP-compliant facilities.
Hot plates with digital controllers include on-board software for saving programs, PLC readouts to monitor temperature output, and up/down keys to quickly alter ramp rates. Advanced controllers include password protection, data export and over-temperature alarms.
Hot plates with analog controllers include dials to modify temperature set points and audible over-temperature alarms. More economical than digital hot plates, analog models require limited maintenance and re-calibration.
Analog stirring hot plates with overhead stirrers reach speeds up to 1,200 rpm for mixing of samples and solvents. For viscous and high-volume samples, digital stirring hot plates utilize electromagnets and stirring bars to reach speeds up to 2,500 rpm.
Remote-controlled hot plates include extension cords to allow users to operate the hot plate without risking chemical exposure. Ideal for units installed on wet processing decks or within fume hoods,
Shop online to compare pricing, features, and selection for a wide variety of lab hot plates and stirrer equipment for applications including general laboratory, PCR, DNA/RNA techniques, ELISA, protein analysis, and cell culture.
Hot plates are used in a laboratory as a heat source that can uniformly heat solutions and materials. They are considered much safer than traditional Bunsen burners because there is no open flame involved, just a heated plate.
Many different variations of hot plate have been developed to support a variety of needs. The plate can be made up of different materials and there are different layouts regarding temperature control.
Aluminum is a great conductor of heat which makes this kind of hot plate heat quickly and evenly. It is very easy to clean after cooling. However, an aluminum plate is not recommended if any of the materials to be heated are corrosive. Aluminum is susceptible to corrosive materials and will degrade and rust in their presence.
Glass is another easy plate to observe your sample through. It is easy to clean, resistant to corrosion, and heats effectively. There is less heat transferred beyond the glass which may reduce the occurrence of accidental burns if other portions of the hot plate are touched.
A hot plate magnetic stirrer is a hot plate with an added bonus, it has a magnetic inside of it. The magnet can be rotated at varying speeds which will create a magnetic field around the hot plate. Paired with a magnetic stir bar, your solution can be heated and mixed at the same time.
When trying to determine whether you should buy a hot plate or a hot plate magnetic stirrer, take the time to evaluate your process. Also, keep safety in mind when looking at the different options. Hot plates can be purchased at a reasonable price, but digital temperature readouts, built in off switches that turn off when the temperature max is exceeded, and timers can be worth the added cost. Preventing injury and promoting quality lab procedures are well worth investing in. The efficiency of having two pieces of equipment in one is well worth investing in.
Contact the professionals at Lab Pro Inc to discuss your laboratory needs today. They can direct you to the best models with the features needed to suit your analytical needs. No need to worry about temperature ranges, plate material, or stirring mechanisms because they are here to help guide you.
For over 40 years, Lab Pro Inc. has been committed to delivering the highest quality laboratory equipment like Hot plate stirrers, chemicals, lab supplies, and cleanroom PPE apparel to medical device and electronic manufacturing laboratories worldwide. To learn more, visit the biggest Lab Supply showroom in California, or contact us online or at 888-452-2776.
Chefman certainly believes so. Their electric warming tray is ETL, SGS & UL certified, so you can sleep well at night without worrying about your kitchen going up in flames in the middle of the night (unlike those horrible stories you hear on the news about hot plates burning down houses).
Wells Hotplates H-63, H-65 and H-70 have a reliable, functional design. The H-63 and H-65 have a wider element to allow for more surface contact and removable drip trays for easy clean-up. The H-70 is engineered for uniform heat distribution, which is ideal for heating large stock pots.
These multi-position stirring hotplates allow users to heat and stir samples at the same time. Their durable and chemical-resistant top plates have a ceramic coating that helps maintain consistent temperatures. These hotplates also have a safety LED that illuminates when they are too hot to touch and an LED digital display that controls temperature and mixing speed.
The name Miniware may sound familiar, as it is the company that produces the excellent TS100 and TS80 soldering irons. Building on those products, they have recently released a mini hot plate, the MHP30 (75 ), suitable for populating small single-sided SMD boards. After seeing the MHP30 featured in Adafruit videos and elsewhere in the community, we decided to grab one and take a look.
Available for around 75, the MHP30 arrives in excellent packaging that is good enough to be used as a storage case for the device when not in use. Inside the box, the MHP30 has a silicone cover over the hot plate, and tucked away in the box base is a rather lovely one-metre-long silicone USB-C to USB-C cable. 041b061a72