Automatic glass valve burette for laboratory use

NegotiableUpdate on 05/13

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

The automatic glass valve burette used in the laboratory is made of borosilicate glass, with an outer diameter of 16mm and a supporting 8mm fixed rubber plug, including a drying tube and a 2-ball rubber spray, which is suitable for conventional titration operations. Glass components are resistant to chemical corrosion and can provide traceability certificates (at an additional cost). The error of plastic measuring tools may be affected by environmental factors. It is recommended to use them for general experimental measurements and not suitable for precision measurement and testing.

Product Details

SIBATA Shibata Science Glass Drying Tube Set

This product is produced bySIBATA Shibata ScienceProduction, made of borosilicate glass material, suitable for routine drying operations in the laboratory. The set includes a drying tube and a 2-ball rubber spray to meet the basic experimental requirements.

Product Specifications

outer diameter dimension	16mm
Fixed rubber outer diameter	8mm
Glass type	D-type borosilicate glass
accessories	Drying tube, 2 ball rubber spray

Product features

Made of heat-resistant borosilicate glass material, suitable for conventional experimental temperature conditions
Standard size design, easy to use in conjunction with other experimental equipment
Complete set configuration, including commonly used accessories for drying experiments
Traceability certificate can be provided according to demand (additional payment required)

Instructions for Use

1. This product is a routine laboratory consumable mainly used for ordinary experimental operations

2. Plastic components will undergo natural deformation over time, leading to increased measurement errors

3. Not suitable for experimental situations that require precise measurement

SIBATA Shibata Science Glass Drying Tube SetAs a commonly used laboratory equipment, users need to make reasonable choices based on actual experimental requirements while ensuring basic functions. The performance parameters of the product are measured at the factory and may change during use due to environmental factors.