Product features

The glass conical form specimen bottle is a kind of glass container specifically designed for storing seeds. Its conical design helps to concentrate the seeds, making it convenient for observation and retrieval. At the same time, it can effectively prevent the seeds from getting damp, being contaminated and oxidized, providing a relatively stable storage environment for the seeds to extend their lifespan and maintain their vitality.

It is made of borosilicate glass, which has good chemical stability, thermal stability and transparency. The chemical stability makes it less likely to react chemically with the seeds. The thermal stability allows it to adapt to temperature changes in different storage environments, and the high transparency enables users to directly observe the state of the seeds inside the bottle.

The unique conical structure enables the seeds to naturally gather at the bottom of the bottle, facilitating accurate counting and retrieval. It also reduces the contact area between the seeds and the air, lowering the risk of oxidation.

It is equipped with a cork or a rubber stopper, which can ensure that the inside of the bottle is in a sealed state, effectively preventing external moisture, air and impurities from entering the bottle and providing a dry and pure storage space for the seeds.

Product details

We can produce different conical form specimen bottles as per customer’s requirements.We can also print your logo on the conical form specimen bottles if the quantity is large,please feel free to contact us online.

Product specifications

Product applications

Specimen bottles are mainly used for the storage of crop seeds and the collection of seed samples.

In agricultural research institutions and seed companies, they are used to preserve various crop seeds, such as rice, wheat, corn, etc., so as to carry out work like variety breeding, genetic research, and the preservation of seed resources. It is an ideal container for preserving plant seed specimens, which helps to preserve seed specimens for a long time and provides physical evidence for research in fields such as plant taxonomy and ecology.