Looking for the perfect small scientific glass tube? With so many factories out there, how do you choose? Understanding the top manufacturers can save you time and ensure quality. Discover the best options to meet your needs. Dive in to find out which factories stand out!
Glass Tubing | Fisher Scientific
Product Details: Laboratory glass tubing made of borosilicate, flint glass, or fused quartz, available in various diameters and lengths for the passage of heated gases or liquids.
Technical Parameters:
– Material: Borosilicate Glass, Flint Glass, Fused Quartz
– Diameter: Various sizes available (e.g., 10 mm, 12 mm, 25 mm)
– Length: Available in lengths such as 30 cm, 60.96 cm, 1219 mm
Application Scenarios:
– Used in chemistry laboratories for organic synthesis, fractionation, distillatio…
– Used in biological science laboratories for setting up chromatographic or filter…
Pros:
– Good resistance to heat, thermal shock, and chemicals.
– Low-leaching extractables and good mechanical strength.
Cons:
– Borosilicate glass may be more expensive than soda lime glass.
– Requires technical expertise for cutting and shaping.
Test Tubes | Fisher Scientific
Product Details: Disposable and reusable, general-purpose glass and plastic test tubes suitable for a variety of laboratory applications. Available in various materials, volume capacities, and shapes, including sterile and non-sterile options.
Technical Parameters:
– Materials: Borosilicate glass, soda lime glass, polypropylene, polystyrene
– Volume capacities: Ranging from a few mL up to 50 mL or more
Application Scenarios:
– Sample storage on the bench, in the refrigerator, or in the freezer
– Routine testing, clinical assays, photometry, or chemical reactions
Pros:
– High resistance to heat and chemicals in borosilicate glass tubes
– Variety of shapes and sizes available for different applications
Cons:
– Plastic tubes may not withstand high temperatures as well as glass
– Some products may be single-use only, leading to increased waste
Lab Glass Tubing – Thomas Scientific
Product Details: Glass Tubing
Technical Parameters:
– Borosilicate glass
– Various diameters and lengths available
Application Scenarios:
– Laboratory experiments
– Chemical processing
Pros:
– High thermal resistance
– Chemical inertness
Cons:
– Fragility
– Higher cost compared to plastic tubing
Test Tubes, Vials, Caps, and Closures | Fisher Scientific
Product Details: Test tubes, vials, caps, and closures for laboratory use, available in various styles and materials.
Technical Parameters:
– Available in plastic or glass
– Variety of sizes and closure types
Application Scenarios:
– Sample storage and analysis
– Cell culture and biological sample handling
Pros:
– Wide range of options for different applications
– High-quality materials ensure reliability
Cons:
– Potentially higher cost for specialized vials
– Limited availability of certain types in specific regions
Lab Glass Test Tubes | Small to Extra-Large Test Tubes Sizes
Product Details: High-quality borosilicate glass test tubes available in small, large, and extra-large sizes. Made of borosilicate glass similar to Pyrex or Kimax, featuring clear marking spots for labeling. Suitable for various laboratory applications.
Technical Parameters:
– Small test tubes: 100 mm tall x 13 mm with 11 mm inside diameter, volume approxi…
– Large test tubes: 150 mm tall x 16 mm with 14 mm inside diameter, volume approxi…
– Extra-large test tubes: 150 mm tall x 20 mm with 17 mm inside diameter, volume a…
Application Scenarios:
– Laboratory experiments requiring chemical resistance and heat resistance.
– Educational settings for science experiments and demonstrations.
Pros:
– Greater chemical resistance compared to plastic test tubes.
– Can be heated directly in an open flame.
Cons:
– Glass test tubes are more fragile than plastic alternatives.
– Require a test tube rack to keep them upright during experiments.
Flat Bottom Glass Tubes – Thomas Scientific
Product Details: Flat Bottom Glass Tubes
Technical Parameters:
– Borosilicate glass
– Various sizes available
Application Scenarios:
– Laboratory experiments
– Chemical storage
Pros:
– Durable and resistant to thermal shock
– Easy to clean and reusable
Cons:
– Fragile and can break easily
– May require specific storage conditions
Small-scientific-glass-tube | Sigma-Aldrich
Product Details: WHEATON® Small Glass Sinker fits 2-3mm ID Tubing, 6EA
Technical Parameters:
– Fits 2-3mm ID Tubing
– Pack of 6
Application Scenarios:
– Laboratory experiments
– Fluid transfer in scientific research
Pros:
– Durable glass material
– Compatible with small tubing
Cons:
– Limited to specific tubing sizes
– Fragile compared to plastic alternatives
Small scientific glass tubes Crossword Clue – Wordplays.com
“Small scientific glass tube” Crossword Clue – Wordplays.com
Small glass tube – Crossword Clue Answers – Crossword Solver
Product Details: Small glass tube used for holding liquids, commonly referred to as a vial.
Technical Parameters:
– Length: 4 letters
– Material: Glass
Application Scenarios:
– Laboratory use for storing samples
– Pharmaceutical applications for liquid medications
Pros:
– Durable and resistant to chemical reactions
– Transparent for easy visibility of contents
Cons:
– Fragile and can break easily
– Limited to small volumes of liquid
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Glass Tubing | Fisher Scientific | Laboratory glass tubing made of borosilicate, flint glass, or fused quartz, available in various diameters and lengths for the passage of heated gases… | – Good resistance to heat, thermal shock, and chemicals. – Low-leaching extractables and good mechanical strength. | – Borosilicate glass may be more expensive than soda lime glass. – Requires technical expertise for cutting and shaping. |
| Test Tubes | Fisher Scientific | Disposable and reusable, general-purpose glass and plastic test tubes suitable for a variety of laboratory applications. Available in various material… | – High resistance to heat and chemicals in borosilicate glass tubes – Variety of shapes and sizes available for different applications | – Plastic tubes may not withstand high temperatures as well as glass – Some products may be single-use only, leading to increased waste |
| Lab Glass Tubing – Thomas Scientific | Glass Tubing | – High thermal resistance – Chemical inertness | – Fragility – Higher cost compared to plastic tubing | www.thomassci.com |
| Test Tubes, Vials, Caps, and Closures | Fisher Scientific | Test tubes, vials, caps, and closures for laboratory use, available in various styles and materials. | – Wide range of options for different applications – High-quality materials ensure reliability | – Potentially higher cost for specialized vials – Limited availability of certain types in specific regions |
| Lab Glass Test Tubes | Small to Extra-Large Test Tubes Sizes | High-quality borosilicate glass test tubes available in small, large, and extra-large sizes. Made of borosilicate glass similar to Pyrex or Kimax, fea… | – Greater chemical resistance compared to plastic test tubes. – Can be heated directly in an open flame. | – Glass test tubes are more fragile than plastic alternatives. – Require a test tube rack to keep them upright during experiments. |
| Flat Bottom Glass Tubes – Thomas Scientific | Flat Bottom Glass Tubes | – Durable and resistant to thermal shock – Easy to clean and reusable | – Fragile and can break easily – May require specific storage conditions | www.thomassci.com |
| Small-scientific-glass-tube | Sigma-Aldrich | WHEATON® Small Glass Sinker fits 2-3mm ID Tubing, 6EA | – Durable glass material – Compatible with small tubing | – Limited to specific tubing sizes – Fragile compared to plastic alternatives |
| Small scientific glass tubes Crossword Clue – Wordplays.com | www.wordplays.com | |||
| “Small scientific glass tube” Crossword Clue – Wordplays.com | www.wordplays.com | |||
| Small glass tube – Crossword Clue Answers – Crossword Solver | Small glass tube used for holding liquids, commonly referred to as a vial. | – Durable and resistant to chemical reactions – Transparent for easy visibility of contents | – Fragile and can break easily – Limited to small volumes of liquid | crossword-solver.io |
Frequently Asked Questions (FAQs)
What types of glass tubes are commonly produced in small scientific glass tube factories?
Small scientific glass tube factories typically produce a variety of glass tubes, including test tubes, capillary tubes, and culture tubes. These tubes can vary in size, thickness, and material composition, depending on their intended use in laboratories, research facilities, or educational settings.
How are glass tubes manufactured in these factories?
Glass tubes are manufactured using a process called glass blowing or molding. Raw glass is heated until it becomes malleable, then shaped into tubes using molds or by blowing air into the molten glass. After shaping, the tubes are cooled and often undergo quality checks before packaging.
What quality control measures are in place for glass tube production?
Quality control in glass tube production includes visual inspections, dimensional checks, and strength testing. Factories often adhere to strict industry standards to ensure that the glass tubes are free from defects and meet the required specifications for safety and performance.
Can these factories produce custom glass tubes?
Yes, many small scientific glass tube factories offer custom production services. You can request specific dimensions, shapes, and even special coatings or treatments to meet your unique needs. Just be sure to communicate your requirements clearly to ensure the best results.
What are the typical lead times for ordering glass tubes?
Lead times for ordering glass tubes can vary based on the complexity of the order and the factory’s current workload. Generally, you can expect a turnaround time of a few weeks for standard orders, while custom requests may take longer. It’s best to check with the factory for specific timelines.
