Filter Results By:

Products

Applications

Manufacturers

Elastomer

a stretchable material.

See Also: Elasticity


Showing results: 16 - 30 of 57 items found.

  • Socket Accessories (Lid Options)

    Ironwood Electronics

    GHz elastomer, spring pin and other socket technologies can accommodate different lid options depending upon the application requirement. Typical choices are swivel-lid, clamshell, double-latch, integral heatsink, etc. Custom lid solutions are also available.

  • MACRO IRHD System

    Hildebrand Prüf- und Meßtechnik GmbH

    Durometer Hardness System provides hardness readings on elastomers and plastics with a specimen thicker than 6 mm according to IRHD and Durometer hardness. It complies to international standards DIN ISO 48, ISO 48, ASTM D 1415 and DIN 53505.

  • Material Analysis

    BETA Laboratory

    Analyzing physical and chemical properties of organic and inorganic materials to provide useful information for the identification of contaminants and unknowns.Material verification and confirmationMaterial performance and suitabilityInvestigative failure analysis and chemical decomposition/degradationAsbestos IdentificationTensile testing, hardness, dielectric breakdownAccelerated aging of materials - coatings, polymers, elastomers and textiles

  • Micro durometer

    MD-1 Capa - Asker

    High-precision measurement of micro-sized specimens with a Fully-automatic Micro Hardness IRHD System. simple operation. A hardness tester for thin and small specimens of various rubbers, thermoplastic elastomers, nonrigid plastics. Unlike conventional durometers, it enables direct measurement of the hardness of objects with higher reproducibility.

  • Mass Flow Controller for Low Flow​​

    HFM-200 / HFC-202 - Teledyne OEM Solutions

    The ​HFM-200/HFC-202 is Teledyne Hastings' flexible, general purpose series of mass flow meters and controllers. Featuring reliability and stability, the 200 Series is chosen by OEM's for its very stable performance with varying ambient conditions. A wide choice of elastomer seals make this flow controller compatible with most gases.

  • Shore Hardness Tester

    HT-6510 - Rinch Industrial Co.,Limited

    Application: shore A is designed to measure the penetration hardness of rubber, elastomers and other rubber like substances such as neoprene, silicone, and vinyl. It can also be used for soft plastics, felt, leather and similar materials. Shore D is designed for plastics, Formica, Epoxies and Plexiglass. Application: shore C is designed for various foam and sponge.

  • M​​ass Flow Controller for Medium Flow

    HFM-205 / HFC-207 - Teledyne OEM Solutions

    The HFM-205/HFC-207, Teledyne Hastings' flexible,​ general purpose series of mass flow meters and controllers accurately measure and control mass flow in a variety of applications. Featuring reliability and stability, the 200 Series is chosen for its very stable performance with varying ambient conditions. A wide choice of elastomer seals make this flow controller compatible with most gases.The HFM-205 / HFC-207 meters and controllers have flow ranges from 0-1000 slm to flows of 0-2500 slm; provide analog outputs, are constructed of stainless steel and can be configured with normally open or normally closed valves. The full scale range is specified by the end user. A NIST traceable calibration certificate is standard. With a full complement of fitting and elastomer options, the HFM-205/ HFC-207 covers a wide range of high flow applications.

  • M​​ass Flow Controller for Medium Flow

    HFM-205 / HFC-207 - Teledyne Hastings Instruments

    The HFM-205/HFC-207, Teledyne Hastings' flexible, general purpose series of mass flow meters and controllers accurately measure and control mass flow in a variety of applications. Featuring reliability and stability, the 200 Series is chosen for its very stable performance with varying ambient conditions. A wide choice of elastomer seals make this flow controller compatible with most gases.The HFM-205 / HFC-207 meters and controllers have flow ranges from 0-1000 slm to flows of 0-2500 slm; provide analog outputs, are constructed of stainless steel and can be configured with normally open or normally closed valves. The full scale range is specified by the end user. A NIST traceable calibration certificate is standard. With a full complement of fitting and elastomer options, the HFM-205/ HFC-207 covers a wide range of high flow applications.

  • Test Socket & Contactor

    STAr Technologies, Inc.

    To meet the requirements on advanced semiconductor testing, STAr Technologies acquired the conductive elastomer interconnect technology and manufacturing capabilities from a leading probe card supplier and enables to provide high performance interposer and test sockets to industry customers.

  • Long Travel Extensionmeters

    Instron

    The Instron model XL (long travel) extensometer is a precise device for measuring strain in highly extensible materials such as elastomers, semi-rigid plastics and films. Designed for use with electromechanical testing instruments, Instron XL units can be used to measure specimens elongation's up to 10 in or 250 mm. An optional of 15 in or 375 mm travel is also available.

  • 6-Axis Robotic Automated Testing System

    Instron

    The Instron AT6 Automated Testing System utilizes an innovative design for the automatic tensile and/or flexural testing of metals, plastics, thin films, components, elastomers, sutures, and composites. Conforming to ISO and ASTM standards for a wide range of materials, this system has a flexible platform to deliver high throughput with repeatable results for a variety of testing needs.

  • Structural Durability Solutions

    Instron

    Instron offers a variety of testing systems and rigs for static, quasi-static and dynamic loading of structures and components. This includes Component Test Systems, Shaking Tables, Road Simulators, Axle Test Systems, Full Vehicle Test Systems, Wheel Test Systems, Shock Absorber Test Systems, Elastomer Test System and Dynamic Torsion Test Systems.

  • Harness Design and Manufacture

    Teledyne Marine Impulse-PDM

    When designing an underwater cable harness, there are some factors which need to be considered, and we have produced the following list as a guide for customer information:Component considerations:- Electrical requirements- Mechanical considerations- Quality requirements- Reliability- Design redundancy (contact count)- Connector selection (type and form)- Locking requirements- Backpotting requirements- Waterblocking in moldings- Cable specification- Cable jacket material and compatibility with elastomers- Abrasion resistance- Stiffness profile at termination- Connector format (straight or right angle)- Molding format (straight or at an angle)- Clearance allowance for molding and cable routing- Elastomer compatibility (eg oil filled units)- Metalwork selection re: corrosion and cathodic delamination- Surface finish for metalwork as appropriateOperational considerations:- Operating depth profile (not just max. depth)- Tensile loads- Torsional loads- Bending loads- Bend control requirements (to limit bending at termination)- Deployment and recovery loads- Dynamic loading-Flow turbulence effects.

  • Materials Lifecycle Management

    MaterialCenter - MSC Software Corp.

    MaterialCenter is a Materials Lifecycle Management System designed to link material specialists to mechanical simulation. MaterialCenter captures data from integrated processes to ensure full traceability across the enterprise and throughout the product lifecycle. It addresses unique process and data requirements, and drives product innovation in complex materials such as alloys, elastomers, plastics, composites, and many more. MaterialCenter works directly with many commercial CAE products and delivers on-demand commercial Databanks to engineers across the industry.

  • High Performance UV Nanoimprint Resist

    AMONIL® - AMO GmbH

    UV Nanoimprint is a mechanical molding technique. A template made from quartz or a flexible elastomer with a 3D relief is brought into intimate contact with a UV-curable resist spin-coated on top of a substrate. Applying low imprint pressure at room temperature features are filled within seconds due to the low viscosity of the imprint resist. The resist is hardened via UV-light through the backside of the template. Finally substrate and template are separated. The replicated resist relief can further be transferred into the substrate via RIE-process or used as functional element.

Get Help