TAYLOR 1931963 Glass Thermometer

( Brand: Taylor ), ( Manufacturer Part Number: 1931963 ), ( Part Type: Thermometer )

Review TAYLOR Industrial Glass Thermometer

The 1931963 Taylor Glass Thermometer is a classic and reliable instrument for temperature measurement. This thermometer is crafted from high-quality borosilicate glass, known for its durability and resistance to thermal shock and breakage. The glass is carefully hand-blown, resulting in a smooth and uniform cylindrical shape.

The thermometer features a narrow, tapered bulb at the bottom, which facilitates accurate temperature readings. The bulb is filled with an inert liquid, typically mercury or alcohol, which expands or contracts with temperature changes, thereby moving the mercury or alcohol column up or down the glass tube.

The mercury or alcohol column is marked with a fine scale, which is calibrated in degrees Celsius or degrees Fahrenheit, depending on the user's preference. The scale is etched onto the glass tube with precision, ensuring easy and accurate readings. The thermometer's scale is graduated in both Celsius and Fahrenheit, making it versatile for use in various temperature ranges.

The thermometer is equipped with a narrow, bendable hook at the top, which allows for easy hanging or immersion in liquids. The hook is made of durable stainless steel, ensuring a long lifespan for the thermometer. The thermometer's handle is also made of stainless steel, providing a secure and comfortable grip.

The 1931963 Taylor Glass Thermometer is a timeless and essential tool for any household, laboratory, or professional setting that requires precise temperature measurements. Its classic design, durability, and versatile scale make it an excellent choice for a wide range of temperature measurement applications.

1. Authenticity and historical value: This thermometer is a vintage model from Taylor, a well-known brand in thermometer manufacturing. Owning a piece of history can be a unique and interesting addition to any collection.

2. Accuracy: Older glass thermometers, like the 1931963 Taylor Glass Thermometer, are known for their accuracy. The mercury inside the glass tube provides a precise temperature reading.

3. Durability: Glass thermometers are sturdy and can last for many years with proper care.

1. Limited functionality: Vintage thermometers may not have modern features like digital displays or adjustable scales.

2. Potential safety concerns: Mercury, the liquid used in this thermometer, is toxic and can pose health risks if broken or ingested. Proper storage and handling are essential to ensure safety.

3. Higher cost: Vintage items, especially those in good condition, can be more expensive than their modern counterparts due to the scarcity and historical value.

If you are a collector of vintage items, a history enthusiast, or simply appreciate the classic design and accuracy of glass thermometers, the 1931963 Taylor Glass Thermometer could be an excellent addition to your collection. However, it is essential to consider the potential safety concerns and higher cost associated with this item. Proper storage and handling are essential to ensure the safety of yourself and others.

If you are interested in purchasing the 1931963 Taylor Glass Thermometer, research reputable sellers to ensure you are getting an authentic and well-maintained item. Additionally, consider investing in a display case to protect the thermometer and prevent any accidents.

Details:

Reasonable offers are accepted.

No accessories, software, and or manuals, etc.

That may or not be seen in the pictures.

We intend that photographs are part of the. Specialities include everything for bending, lifting, threading, and welding just remember BLT on white.

Used items may have writing, engraving, paint, etc.

Please look closely at pictures, only items shown are included.

New and reconditioned equipment supplies for the electrical, mechanical contractor.

All statements and configurations are made to the best of our ability with assumption, buyer is knowledgeable proficient in use this type equipment. Supplies and equipment at prices from 50 to 60 off new.

Units may have engravings markings on them been painted or from the job site to help deter theft and for easy identification. Combined rates are based on the final total shipping weight and buyers zip code.

Pictures are of the actual item unless a stock photo is added for reference and noted in.

Link to global shipping FAQ section. Taylor industrial glass thermometer manufacture: manufacture part number: UPC: condition: used condition notes: item works perfectly and is in good.

The buck stops here when it comes to high quality, low-cost equipment for your construction needs.

part #: 1931963 prices

• $5.99-$49.99

specifications mconstructiono:

• brand: Taylor
• mpn: 1931963
• part type: Thermometer

Ratings:

1. item as described, super quick shipment, A 07-04-18
2. Good transaction. 07-04-18
3. Great hood for the price 07-04-18
4. Immer wieder gern 07-04-18
5. Many thanks for your effort time. you are honest. 07-03-18

Returns mconstructiono:

• policy: returns accepted
• paid by: Buyer
• time: 30 Days
• type: Money back or replacement buyers choice

Offer mconstructiono:

• Sold: 0
• quantity: 1
• bids: 0
• Started: July 3, 2018, 11:30 am
• best offer: true

Seller mconstructiono:

• city: Simpsonville, South Carolina
• zipcode: 29680

Shipping mconstructiono:

• type: Calculated
• handling: 3 days

Payments mconstructiono:

• AmEx
• VisaMC
• Discover
• PayPal

General mconstructiono:

• business industrial > construction business industrial > other construction business industrial
• in stock: Yes
• condition: Used

Taylor 1931963 Is Similar To:

• Ee7206j003 Taylor Variable Angle Industrial Thermometer (65.3% similar) Specialities include everything for bending, lifting, threading, and welding just remember BLT on white. Supplies and equipment at prices from 50 to 60 off new. Please look closely at pictures, only items shown are included. Combined rates are based on the final total shipping weight and buyers zip ...(July 5th, 2018)