Mercury Thermometers

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Mercury Thermometers Specification

Features
Robust glass construction, easy-to-read scale, chemical resistance, precise measurement

Response Time
Approx. 60 seconds

Operating Voltage
Not required (Manual)

Accuracy
1C

Resolution
0.1C

Equipment Type
Mercury Thermometer

Application
Industrial, Laboratory, Clinical, and Educational purposes

Mounting Type
Handheld or fixed stand

Automation Grade
Manual

Measuring Range
-10C to 250C (varies by model)

Display Type
Analog Scale (Glass tube with mercury column)

Usage
Temperature measurement

Length
Approximately 30 cm (varies by model)

Filling
Mercury

Color Coding
Available for different applications

Scale Markings
Clear, indelible graduation

Glass Material
Borosilicate Glass

Immersion Type
Partial or total (dependent on model)

Diameter
Standard 6 to 8 mm

Mercury Thermometers Trade Information

Minimum Order Quantity
25 Number

Supply Ability
100 Per Week

Delivery Time
10-15 Days

About Mercury Thermometers

We are a remarkable organization engaged in manufacturing, exporting and supplying the best quality Mercury Thermometers. The provided thermometers are manufactured with the use of supreme quality components and sophisticated techniques at our advanced manufacturing unit. These thermometers are used for measurement of temperature in various industrial appliances, colleges, labs, etc. Moreover, our clients can purchase the offered Mercury Thermometers at industry leading rates from us.

Features:

Compact size and precise results
Excellent sensitivity
Quick and authentic results
High durability

Reliable Glass Construction for Precision

Crafted from strong borosilicate glass, these mercury thermometers are resilient against mechanical and chemical influences. Their precision-engraved, indelible scale markings remain clear over time, which is vital for ensuring accurate readings during repeated use in demanding settings.

Versatility Across Multiple Applications

These thermometers are suited for a broad spectrum of environments, including laboratories, industrial facilities, clinics, and educational institutions. Color-coded variants are available to help users quickly identify models intended for specific applications or temperature ranges.

FAQs of Mercury Thermometers:

Q: How do I use a borosilicate mercury thermometer for accurate temperature measurement?

A: To measure temperature, submerge the bulb and specified stem length, either partially or fully based on your thermometers immersion type, into the substance. Wait about 60 seconds for the mercury column to stabilize, then read the temperature at eye level from the analog scale.

Q: What benefits does borosilicate glass offer in mercury thermometers?

A: Borosilicate glass provides enhanced durability, resistance to thermal shock, and superior chemical resistance, making it ideal for laboratory and industrial environments where accuracy and longevity are critical.

Q: When should I choose a partially or totally immersed mercury thermometer?

A: Select the immersion type according to your sample or measurement needs. Partial immersion thermometers are suitable when only the bulb and a marked stem section can be submerged, while total immersion types are used when the entire thermometer can be safely inserted into the medium.

Q: Where can these thermometers be utilized effectively?

A: These mercury thermometers can be used in laboratories, industrial processes, hospitals, educational settings, and any place that requires reliable temperature readings within their specified range.

Q: What is the process for reading the temperature accurately on an analog mercury thermometer?

A: Hold the thermometer at eye level and ensure the mercury column has settled after immersion. Read the value where the top of the mercury column aligns with the indelible scale marking for your temperature measurement.

Q: How does color coding help in mercury thermometer usage?

A: Color coding distinguishes different thermometer models, applications, or temperature ranges, allowing for quick identification and reducing the risk of cross-application errors.

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