This covers equipment which produces a sample or specimen through physical or mechanical means or through chemical routes, but excluding biochemical and biomolecular processes.
Highly Accelerated Stress Test (HAST) Chamber (vendor: ESPEC, model EHS-211M)
HAST exposes assemblies to 85% relative humidity at 100 °C, at up to 4 atm pressure. This drives moisture into organic packaging structures and triggers ionic corrosion.
The extensograph is designed to measure the balance of the elastic and viscous properties of dough. The curve gives a measure of the resistance to extension and the extensibility of the dough. Dough is mixed in the farinograph, rounded, and molded into a cylinder. The cylinder of dough is placed in the extensigraph cradle and allowed to rest. At the end of the rest period the cradle containing the dough is placed in the instrument and the dough is stretched at a constant rate with a hook. The height of the resulting curve is related to the dough’s resistance-to-extension.
Melting Furnaces. The wide temperature range will allow the melting of most non-ferrous metals used in casting and some grey iron up to class 30 or 35. These units have a temperature range of 1200° to 2400° F and are designed to melt as rapidly as possible. In the school shop or industrial foundry, these units have an immediate and profitable application. They cover nearly the entire range of modern melting needs.
Dimple grinding offers a fast and reliable mechanical method of pre-thinning to near electron transparency (in some cases to electron transparency) greatly reducing ion milling times and uneven thinning. Dimple grinding also offers a means of producing quality TEM specimens having a large central area only a few microns thick surrounded by a robust outer rim. This eliminates special handling techniques for fragile specimens.
Precision Ion Polishing System (PIPS™) The PIPS™ is a user-friendly precision ion polisher designed to produce high quality, TEM specimens with minimal effort. The PIPS™ is a dedicated low angle ion polishing unit with high milling rates. The standard milling angle is 4°.
These Percival® Scientific chambers are frequently used for research applications such as lighting for vascular plants to facilitate standard plant production, plant pathology research and seed germination and development. Many other applications exist for this product. Compare your requirements to the specifications listed here.
Applications
-Frequently used for research applications such as lighting for vascular plants to facilitate standard plant production, plant pathology research and seedling germination and development
The H-Cube Midi™ represents the first step in the ThalesNano, Inc.’s development towards process scale-up flow hydrogenation. Utilizing current H-Cube® technology, the H-Cube Midi™ seeks to increase the capacity of the present H-Cube® to 500 g per day without compromising efficiency and safety. The H-Cube Midi™ will allow users of the H-Cube® to scale up reactions and achieve the same result.
The H-Cube Pro™ is the next generation version of the number one selling flow reactor, the H-Cube®. The H-Cube Pro™ takes the best of the H-Cube®, such as fast reactions, safe high pressure hydrogen generation from water, catalyst cartridges, and ease of use, and improves upon it dramatically.
With the Hege 11 liquid seed treater it is possible to treat different quantities of seed using three different sizes of seed bowls for small quantities (20 – 3000 g).
■Seed bowls easily changed for different quantities
■Suitable for all types of seed
■Accurate dosing of the seed treatment ensures consistently high quality of treatment on every single seed (even with small quantities)
■Preservation of germination ability due to careful treatment
