Powder Handling & Metrology
JRD BIPEL are specialists in the design and manufacture of hydraulic presses and two roll mixing mills for a wide range of industries such as Plastic & Rubber, PTFE, DMC, Chemical, Composite, Metal powder, Forging and many more where compression presses are needed.
JRD BIPEL, with its parent company J R Dare Limited, has been designing, developing and manufacturing purpose built hydraulic presses and two roll mixing mills since 1979. We work closely with a wide range of leading global companies and across a variety of industries to develop our wide range of hydraulic presses and mixing mills to perform safely in difficult production environment, last longer, require less maintenance and deliver the lowest cost to ownership.
We are constantly investing in both people and the latest technologies to maintain our position as one of the UK leading manufacturer of high quality hydraulic presses and two roll mixing mills.
JRD BIPEL has full in-house capability for mechanical, hydraulics and electrical designs and manufacture including: 3D CAD design (SolidWorks) & CNC Millers and Lath. JRD BIPEL has maintained the manufacturing records for the past 35 years therefore we can supply spare parts, heated platen and cooling platen.
Down Stroking Presses
Up Stroking & Laboratory Presses
Purpose Built Presses
Two Roll Mixing Mill
Linn High Therm is a family owned business offering a wide variety of products on the highest technical level. Our products are used in R&D, design, production and quality control. You can find our prodcuts everywhere heat treatment takes place.
Directional Solidification etc.
CVD Chemical Vaopr Deposition
Thermal Cycling etc.
Sample Preparation for Spectroscopy
LT Industries is a worldwide manufacturer and supplier of high quality Near Infrared analyzers for laboratory, at-line and on-line usage. LT-NIR can help you with your Laboratory and Process measurement needs, resulting in higher quality products, lower operating costs and greater process knowledge. With over 30 years experience providing measurement solutions for a diverse client base, we have the tools to meet your measurement requirements. Our analyzers are designed for 24 hour operation, measure in seconds, have stood up to harsh process conditions and measure a diverse set of products including: liquid, solid, powder, and slurry samples.
The LUM GmbH is one of the leading producers for analytical devices for dispersion analysis and particle characterization.
On the basis of longtime experiences in the field of fluid mechanics, rheology and colloid chemistry the company, founded by Prof. Dr. D. Lerche in 1994, has developed the innovative STEP-Technology®, which is the technical platform for different product lines.
Or measuring equipment is used for the fast, reliable and comprehensive characterization of any demixing phenomena in dispersions and the testing of bonding and adhesive strength of composite materials.
Due to an effective network with national and international partners, latest research results are transformed into the present products and commercialized as new applications and devices. The portfolio is continuously extended.
LUM GmbH offers a wide range of contract research and analysis in the competence fields, too. The innovative strength of LUM and its staff is documented in many applied and granted patents as well as in reviewed international scientific publications.
In December 2004, the LUM Corporation was founded in Boston, MA, USA, as LUM’s own subsidiary. LUM Corporation is responsible for the sales in the NAFTA-region and is located in Boulder, Colorado, USA. The global LUM-sales network covering 37 countries at present is still expanding.
Malvern Instruments provides the materials and biophysical characterization technology and expertise that enable scientists and engineers to understand and control the properties of dispersed systems. These systems range from proteins and polymers in solution, particle and nanoparticle suspensions and emulsions, through to sprays and aerosols, industrial bulk powders and high concentration slurries. Used at all stages of research, development and manufacturing, Malvern’s materials characterization instruments provide critical information that helps accelerate research and product development, enhance and maintain product quality and optimize process efficiency.
Our products reflect Malvern’s drive to exploit the latest technological innovations and our commitment to maximizing the potential of established techniques. They are used by both industry and academia, in sectors ranging from pharmaceuticals and biopharmaceuticals to bulk chemicals, cement, plastics and polymers, energy and the environment.
Malvern systems are used to measure particle size, particle shape, zeta potential, protein charge, molecular weight, mass, size and conformation, microcalorimetry, rheological properties and for chemical identification, advancing the understanding of dispersed systems across many different industries and applications.
Headquartered in Malvern, UK, Malvern Instruments has subsidiary organizations in all major European markets, North America, Mexico, China, Japan and Korea, a joint venture in India, a global distributor network and applications laboratories around the world.
Differential Scanning Calorimetry
Dynamic Light Scattering (DLS)
Electrophoretic Light Scattering (ELS)
Gel Permeation Chromatography (GPC)
Isothermal Titration Calorimetry
Nanoparticle Tracking Analysis
Resonant mass measurement
Rheometry – capillary
Rheometry – rotational
Size Exclusion Chromatography (SEC)
Spatial Filter Velocimetry
Static Light Scattering (SLS)
Taylor Dispersion Analysis
MATERIALS RESEARCH FURNACES, INC., designs, manufactures, and services high-temperature, vacuum and controlled atmosphere furnaces for a wide range of applications. MRF, Inc has a line of standard products and also builds many custom furnaces to meet specific customer requirements. MRF products are used worldwide by laboratories, universities and the production industry.
Heat Treating, MIM, CVD, CVI
Are your application requirements not obtainable with “off-the-shelf” ovens? MRF, Inc. specializes in high temperature furnaces customized for specific application needs. Many of our furnace systems are custom assignments where each one is uniquely built and configured for the specific needs and requirements of our customers.
If you have a more common high temperature furnace application, we can also supply you with one of our many time proven competitive standard products. Learn more about our various products. In addition to our complete furnace systems and standard accessories, we also provide heaters, shielding, insulation, chambers, vacuum kits, hydrogen kits, control kits and other parts specially designed for use on furnaces manufactured by others.
MRF, Inc. consists of highly experienced engineers and technical people and we consider ourselves high temperature, vacuum and controlled atmosphere furnace experts. Due to our wide products range and our wilingness to build about any furnace, our products are used for a wide variety of functions and uses. The list below is a sample of processes our different furnaces are used for.
High-temperature Furnace Applications:
Alloy creation, Annealing, Arc Casting, Arc Melting, Brazing, Binding, Casting, Ceramic Firing, Chemical Vapor Deposition (CVD), Chemical Vapor Infiltration (CVI), Compound Synthesis, Crystal Growing (Bridgman, Czochralski, Stepanov), Debinding, Degassing, Dewaxing, Densification, Diffusion Bonding, Fiber Drawing (Optical, Graphite, Silicon Carbide),Gas Purification, Gem Creation, Heat Treating, Hardening, Hot Pressing, Laboratory Research, Material Densification, Metal Injection Molding (MIM), Melting Point Determination, Metallic & non Metallic button creation, Nano-technology, Physical Testing, Powder Metallurgy, Purification, Quenching, Silicon Nitriding, Reaction Bonding, Sintering, Surface Heat Treatment, Temperature Sensor Calibration.
Metal Nanopowders Ltd produces nanopowders with exceptional purity and physical properties:
Metal Nanopowders Ltd is a spin-off from the University of Birmingham.
Contact: Dr. Isaac Chang
Department of Metallurgy and Materials, University of Birmingham
Edgbaston, Birmingham B15 2TT, UK.
Pacific Combustion distributes industrial laboratory equipment nationwide and represents only the highest quality manufacturers in the United States. We have a niche market in the heat treating industry. In the heat treating industry we sell laboratory furnaces, laboratory ovens, vacuum ovens and laboratory incubators. We also sell bench top ovens, stand-alone ovens and even walk in ovens.
Pacific Combustion sells industrial/laboratory ovens, furnaces, refrigerators and freezers into the aerospace industry, the Military, the medical field, universities across the country, dental labs, research development facilities and other government facilities. Ovens are used in industry to dry metals, powders, wood and samples. Furnaces have similar uses to ovens and both are can be used for age testing. High temperature furnaces from 1100C to 1800C, which are good for nano technology.
Pacific Combustion also sells cold products for laboratory use. We represent high quality manufacturers of laboratory refrigerators and laboratory freezers. Refrigerators are used in Medical, research and development labs to store samples, serums and vaccines. The Aerospace industry uses freezers to store epoxy. Freezers and refrigerators are also often used for storing medical products. We carry specialty pharmacy refrigerators, chromatography refrigerator and blood bank refrigerators.
We also sell general laboratory equipment like hot plates, stirrers and centrifuges. Again these are found in research and developments labs, hospital labs, medical labs and military labs all across the country. In addition to all these products, we also sell water baths, chillers and purification systems and consumable plastic ware.
Water Baths & Chillers
For over 35 years Particle Sizing Systems has been committed to helping customers find solutions to their particle sizing problems. We offer products with unique capabilities that can size particles from single digit nanoparticles to particles that are thousands of microns in diameter. Whether you need a particle size distribution or to find that needle in a hay stack, our team of engineers and sales staff are available to provide the product knowledge and scientific expertise necessary to solve your sizing issues.
Inks and Paints
Located near Hannover, Germany, Particular® produces nanoparticles from almost any solid material, dispersed in water or organic solvents. Using a physical laser ablation process, our nanoparticles achieve the highest purity and surface activity.
We utilize the nanotechnological effect that substances become especially “active” when their surface-volume ratio increases. With a physical approach (in contrast to established chemical methods), Particular maximizes the purity and surface activity of these materials.
The innovation is based on laser ablation in liquids, which works without chemical precursors. These pages offer a process video of the laser method, an explanation of its advantages as well as links to scientific publications that explain the state-of-the-art of laser ablation in liquids for different application fields.
Our laser ablation technology ensures that, unlike chemically synthesized materials, our nanoparticles contain no chemical residues. It also prevents the clumping of nanoparticles that is common in powders, as we make the nanoparticles electrochemically stable in the liquid. You receive highly pure nanoparticles in the desired solvent – sometimes for less than one Euro per milliliter.
Laser-generated gold nanoparticles exhibit high purity and surface activity, making them the perfect binding partner for proteins and oligonucleotides for biomedical, immunoassay, and toxicology studies. We conjugate gold nanoparticles directly during the process of their generation. As physical laser ablation does not involve chemicals, the particles are ligand-free before conjugation: the final product is free of citrate or other particle-associated residual chemicals, so that bio-response studies can focus on pure conjugate functionality. Our method ensures superior conjugation efficiency (yield) and surface coverage (functionality) on the nanoparticles.