HAWACH Extraction Thimbles

HAWACH was born to give an alternative of high-quality products to the laboratory consumable products sector in the international market. Its corporate philosophy is customer-centered and delivers high-quality products.

Hawach extraction thimble is manufactured from high cellulose and has good mechanical strength and retention ability. Their purity and consistent high quality have been proven by scientists in the lab. The high purity of materials gives reproducible and reliable analytical results in practical operations.

It is fit for Soxhlet-type, Tecator-type or similar devices, and used to extract certain components out of solid materials with an appropriate solvent. Often used in Soxhlet extractors or automized extractors, applied in the lab when multiple extraction cycles are required to dissolve the desired compound. With extraction thimbles, extraction units can reduce the operation time and make a complete extraction.

Hawach also has a scientific management system and quality control system, so that there is no problem satisfying customer’s quality request. Perfect logistics service systems ensure the goods can reach all customers safely and quickly.

More About Extraction Thimbles

HAWACH’s cellulose and glass fiber extraction thimbles have a worldwide reputation for their superior quality and purity, as it works only with the finest raw materials, in combination with the latest tech in the manufacturing of extraction thimbles.

Its cellulose extraction thimbles are manufactured from excellent cellulose fibers and cotton linter that are definitely free from impurities. The application covers many different fields, like the environment, food, road construction, oil, plastic materials and rubber, and so on.

HAWACH’s glass microfiber thimbles are made of 100% borosilicate glass fibers. Because of the raw materials, its glass microfiber thimbles have the following properties. Its max application temperature can reach 600ºC, and it is not only pH-stable but also weight-stable. In addition, it is biologically inert and has high chemical compatibility.

Hawach High Purity Cellulose Extraction Thimbles for Soxhlet
Hawach Cellulose Extraction Thimbles for Soxhlet
Hawach Additives Glass Fiber Extraction Thimbles

Performance of Extraction Thimble

Hawach Scientific extraction thimble is widely used in Soxhlet extraction units, providing a safe, convenient and efficient way of solvent extraction for solids and semi-solids. Besides, it is also used for the analysis of fats or pesticides in foods and soil materials.

Glass fiber extraction thimble is produced from high purity borosilicate glass fibers, which nearly contains no binders or additives, and can be applied at temperature up to 500°C or when using samples incompatible with cellulose thimbles. For application, glass fiber extraction thimble is suitable for collecting solid particles in air and gas analysis.

Characteristic of Cellulose Extraction Thimble

Cellulose extraction thimble designed by Hawach Scientific is known for its purity and consistent high quality. It is suitable for Soxhlet extraction to analyze fats and extract organic compounds. Double thickness can add rigidity, increase wet or dry strength, so it is fit for applications requiring higher retention.

Additionally, the smooth interior surface leaves little sample residue and make it easily cleaned. Solid wooden case with sufficient inner protection is packed for extraction thimble. OEM service is available, please contact us for details.

Merits of Extraction Thimble
Extraction thimble designed by extraction thimble has some obvious merits in operations. It has high-speed heating and individual heating zones, reduced solvent consumption, and lower running costs.

Improved time control and warning function can achieve better reproducibility, consistent high porosity ensures fast flow through, qualified materials gives high fitting accuracy for all available extraction systems. In addition, strictly material selection and quality control ensures uniformity size, consistent wall thickness, and smooth interior surface, and avoids impurity content and contamination.