Product Description
The Little-Press is an inexpensive means for producing quality KBr pellets. The press body is a type 304 stainless steel nut and the anvils are type 316 stainless steel bolts with optically polished ends. It is available in an evacuable version, although heating the sample matrix and the polished anvils before making a pellet will materially reduce moisture effects. Ten (10) packs of Little-Presses are available. The pellet is formed by threading one anvil about half way into the body and then placing the KBr/sample matrix into the threaded hole in the body so that it covers the face of the anvil. Then the body is either mounted in a vice while the other threaded anvil is turned against the stationary anvil on which the sample has been placed, or two wrenches are used to tighten the bolt style anvils simultaneously. The bolts are then removed and the body is placed into a sample holder which is provided with the kit and the holder is inserted into the 2" x 3" slide mount of the spectrophotometer for analysis. The sample is then washed out of the body with water.
| Part No. | Description |
| 43212-193 | Little-Press Kit, including press body, two type 316 stainless steel bolt style anvils and sample holder |
| 43212-6680 | Evacuable Little-Press Kit, same as 43212-193 but evacuable |
| 43212-624 | Assortment of ten Little-Press bodies (Nuts) with twenty bolt style 316SS anvils |
| 43212-3079 | Package of 2 replacement 316SS bolt style anvils |
| 43211-184 | SpectroGrade KBr powder100 grams |
| 43212-7423 | Pair of 1/2 Wrenches for Little-Press |
| 43212-7686 | Clamp-on table top vise for Little-Press |
Effortless Pellet Preparation for IR SpectroscopyThe Little-Press KBr Pellet Die Kit simplifies the task of producing high-quality KBr pellets, crucial for IR spectroscopy analysis in research and industrial applications. Its robust manual mechanism supports pressures up to 2 tons, ensuring compact and consistent pellet formation every time.
Durable, Easy-Cleaning ConstructionWith corrosion-resistant, polished components, this kit is built to last through repeated use. Its dismountable design allows for thorough washing with common solvents, maintaining a contaminant-free environment and reliable results in every application.
Portable and Comprehensive Laboratory SolutionWeighing just 500 grams and measuring approximately 10 x 6 x 4 cm, the kit is highly portable. Its included accessories like pressing rods, cylinder, sample cup, and Allen key equip laboratories and field teams with everything necessary for immediate pellet production.
FAQs of Little-Press KBr Pellet Die Kit:
Q: How does the Little-Press KBr Pellet Die Kit operate without power?
A: This kit is entirely manually operated, requiring no electricity or external power sources. Using the provided pressing rods and die set, you compress the sample by hand, making it ideal for locations without power access.
Q: What steps are involved in preparing KBr pellets with this kit?
A: To prepare a pellet, place your KBr sample in the die set, insert the pressing rods, and apply manual force up to 2 tons using a hydraulic or mechanical press. The polished and reusable parts ensure smooth pellet release and cleanup.
Q: When should I clean the KBr Pellet Die Kit, and how do I do it?
A: Clean the die kit after each use to prevent contamination. Simply disassemble the parts, then wash them with suitable solvents. The polished surfaces are designed for quick and thorough cleaning.
Q: Where can this kit be sourced from in India?
A: The kit is available from exporters, importers, manufacturers, suppliers, and traders across India, making it accessible for laboratories, research institutions, and industry specialists.
Q: What benefits does the kit offer over standard pellet die kits?
A: Key advantages include reusable and corrosion-resistant parts, a polished finish that simplifies cleaning, a compact design for portability, and the ability to function without electrical power.
Q: Why is a 13 mm pellet diameter considered standard for IR spectroscopy?
A: The 13 mm pellet size is widely accepted in IR spectroscopy for its compatibility with common instrument holders and optimal surface area for analysis, ensuring clear and reliable results.