TEST TUBE WITH/WITHOUT RIM BOROSILICATE GLASS MACHINE MADE

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TEST TUBE WITH/WITHOUT RIM BOROSILICATE GLASS MACHINE MADE Specification

Glass Type
Borosilicate

Shape
Cylindrical

Features
Chemically resistant, thermal shock resistant, reusable, clear visibility

Temperature Resistance
Up to 400C

Type
Test Tube with/without Rim

Dimension (L*W*H)
75 x 10 mm, 100 x 12 mm, 150 x 16 mm, and other sizes available

Equipment Type
Laboratory Glassware

Equipment Materials
Borosilicate glass 3.3

Material
Borosilicate Glass

Application
Laboratory, Chemical, Biological testing

Capacity (Ltr)
Typically 5 ml to 50 ml

Autoclavable
Yes

Graduation
Without graduation

Compliance
ISO quality standards, RoHS compliant

Breakage Resistance
High

Sterilization
Can be sterilized at high temperature

Color
Clear

Finish
Machine made, uniform wall thickness

Transparency
Highly transparent

Ends
Round bottom

Rim
Available with or without rim

Packed
In cardboard/plastic boxes

About TEST TUBE WITH/WITHOUT RIM BOROSILICATE GLASS MACHINE MADE

TEST TUBE WITH/WITHOUT RIM BOROSILICATE GLASS MACHINE MADE

Item No. Size mm
SSI/280 75 x 10
SSI/281 75 x 12
SSI/282 100 x 12
SSI/283 125 x 12
SSI/284 150 x 15
SSI/285 150 x 18
SSI/286 150 x 25

Exceptional Durability and Quality

Crafted from premium Borosilicate Glass 3.3, these machine-made test tubes boast remarkable resistance to chemicals, breakage, and thermal shock. Their ability to withstand temperatures up to 400C ensures reliability in high-temperature lab processes, while the uniform wall thickness enhances structural integrity for repeated use.

Versatile Laboratory Application

Suitable for a variety of laboratory tasks, these test tubes are ideal for both chemical and biological testing. Whether with or without a rim, their cylindrical, round-bottom design accommodates various experimental requirements. The high transparency and clear color allow for precise monitoring and observation during procedures.

Certified for Safety and Compliance

Meeting ISO quality standards and RoHS compliance, these test tubes guarantee safety and environmental responsibility. Their autoclavable nature supports sterile laboratory conditions, and they arrive securely packed in cardboard or plastic boxes, ensuring safe storage and transport.

FAQs of TEST TUBE WITH/WITHOUT RIM BOROSILICATE GLASS MACHINE MADE:

Q: How should these borosilicate glass test tubes be sterilized for reuse?

A: These test tubes are autoclavable and can be sterilized using an autoclave at high temperatures. Their high resistance to thermal shock allows repeated sterilization without compromising structural integrity, making them ideal for continuous laboratory use.

Q: What makes these machine-made test tubes suitable for chemical and biological testing?

A: Manufactured from Borosilicate Glass 3.3 with uniform wall thickness, these test tubes offer high resistance to chemicals, thermal variation, and mechanical stress. Their clarity and breakage resistance make them reliable for diverse laboratory applications in chemical and biological testing.

Q: When should I choose a test tube with a rim versus without a rim?

A: Test tubes with a rim offer easier handling, pouring, and placement of stoppers, making them suitable for repetitive experiments. Rimless test tubes are preferable in automated processes or where smooth necks reduce contamination risks.

Q: Where can these test tubes be used effectively?

A: These borosilicate glass test tubes can be used in any laboratory environment, including education, research institutions, industrial labs, and healthcare settings. Their robust features make them versatile for both routine and specialized scientific applications.

Q: What sizes and capacities are available for these test tubes?

A: They come in multiple sizes, including 75 x 10 mm, 100 x 12 mm, 150 x 16 mm, and other custom dimensions, with capacities typically ranging from 5 ml to 50 ml. This range accommodates a broad spectrum of laboratory requirements.

Q: How do these test tubes benefit laboratory processes?

A: Their high chemical and thermal resistance, clarity for easy sample observation, and autoclave-ready design promote safety, efficiency, and repeatability in laboratory processes. The reusable nature adds cost-effectiveness while reducing environmental impact.

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