Burette Lengths without Stopcocks

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Burette Lengths without Stopcocks Specification

Glass Type
Borosilicate

Features
Uniform wall thickness, fine graduation for precise reading, suitable for all standard titration work

Display Type
Graduated scale (printed on glass)

Power Supply
Not Required

Control Type
Manual

Shape
Cylindrical, straight tube

Temperature Resistance
Up to 250C

Accuracy
Class A or Class B as per ISO/ASTM standards

Type
Burette Lengths without Stopcocks

Equipment Type
Laboratory Glassware

Equipment Materials
Borosilicate Glass

Material
High Quality Glass

Application
Laboratory liquid measurement and titration

Capacity (Ltr)
Typically 10 ml, 25 ml, 50 ml, 100 ml (as per model specification)

Packaging
Individually packed for safe transit

Cleanability
Easy to clean, autoclavable

Manufacturing Standard
Conforms to ASTM/EU/ISO standards

Leakproof Assurance
No joints or weak points, designed for best strength

Stopcock Details
Not included (Length only version)

About Burette Lengths without Stopcocks

Burette Lengths without Stopcocks

Burette Lengths without Stopcocks. Accuracy as per AS DIN 12700 ISO 385

Cap. ml.

Sub. Div. ml.

Tolerance (ml)

0.05

0.02

0.10

0.05

0.10

0.05

100

0.20

0.10

Superior Material Quality

Manufactured from premium borosilicate glass, these burette lengths offer remarkable chemical and thermal resistance, allowing usage with a wide range of laboratory reagents and temperatures up to 250C. The high-grade material ensures that the burettes maintain accuracy and durability during frequent use.

Conforms to International Standards

Each burette length is constructed to comply with ASTM, EU, and ISO standards, providing reliable measurement accuracyClass A or Class B as specified. This compliance makes them suitable for all academic and professional laboratory environments demanding precise titration results.

Leakproof and Safe Design

Designed without stopcocks, these burette lengths eliminate joints and weak points, significantly reducing the risk of leaks. This design enhances structural strength, offering dependable performance, especially during rugged laboratory use where reliability is crucial.

FAQs of Burette Lengths without Stopcocks:

Q: How are burette lengths without stopcocks typically used in laboratories?

A: Burette lengths without stopcocks are utilized for precise measurement and titration applications. When connected to compatible titration apparatus, they deliver accurate volumes of liquid reagents, making them essential for chemical analysis and educational experiments.

Q: What makes burette lengths without stopcocks different from standard burettes?

A: Unlike standard burettes, these models are supplied without stopcocks, focusing on increased strength and leakproof performance by eliminating potential weak points. This design streamlines maintenance and cleaning while ensuring robust and reliable operation.

Q: Where is it appropriate to use these burette lengths?

A: These burette lengths are ideal for laboratories in schools, colleges, research institutes, and industrial settings where titration work is carried out. Their compliance with ASTM, EU, and ISO standards ensures suitability for both teaching and high-precision research.

Q: What is the benefit of having no stopcock on the burette length?

A: By omitting the stopcock, these burette lengths reduce the risk of leaks and structural failure. The absence of joints bolsters overall strength and extends service life, especially in rigorous laboratory environments.

Q: How should these burette lengths be cleaned and maintained?

A: Cleaning is straightforward; the smooth borosilicate glass surface makes them easy to rinse and autoclave. Their design supports repeated sterilization and chemical washing without compromising integrity or measurement accuracy.

Q: What capacities are available for these burette lengths?

A: Depending on the model, these burette lengths are available in typical capacities such as 10 ml, 25 ml, 50 ml, and 100 ml. This allows users to choose the most suitable size for their experimental requirements.

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