Showing results: 61 - 73 of 73 items found.
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Elcometer Limited
For numerous products, such as paint, ink, varnishes, glue and cosmetics, the reliability of many laboratory tests is directly related to the quality and consistency of the samples. Any measurements made on coatings for the purpose of describing their physical properties (drying time, elasticity, abrasion, gloss, colour, shade, etc.) are made on the basis of uniform and comparable samples with precisely controlled thickness.
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FFT Series -
Rtec Instruments
Fretting wear is a test where surface damage occurs between two contacting surfaces experiencing oscillatory displacement of small amplitude. At the contact point, lubricant/coating is squeezed out or the low amplitude motion does not permit the contact area to be re lubricated/ debris dislodge resulting in serious local wear occurs. This type of wear causes two-body abrasion, adhesion and/or fretting fatigue wear.
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Elcometer Limited
For over seventy years, Elcometer has been a world leader in the design, manufacture and supply of inspection equipment to the coatings industry. Whether you are measuring surface profile, surface cleanliness, dry film thickness, porosity, adhesion or gloss; or testing the abrasion, scratch resistance or elasticity of a coating - Elcometer's extensive and versatile range of equipment provides the complete solution to your coatings inspection requirements, whatever and wherever they might be.
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AEP Technology
AEP Technology offers unique nanomechanical testers with a variety of interchangeable test heads that allow nanoindentation, scratch testing, microindentation testing and abrasion testing to be performed on the same platform. The rugged platform with built-in high-resolution imaging systems (atomic force microscope, 3D profiler, etc.) makes the UNT-30 a powerful tool for R&D and production. In order to ensure the high reliability of the data, the tester is also equipped with a shockproof platform and a soundproof cover.
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Elcometer Limited
When assessing a coating for suitability for a particular application the testing of the physical properties such as bendability, impact resistance, hardness, washability and abrasion resistance are all required to provide information for decision making. Testing of the pigments using fineness of grind gauges, determining the specific gravity of the coating using density cups, measuring the viscosity using viscosity cups or rotational viscometers and assessing the drying time all provide information for the coating technical data sheets.
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Aero Nav Laboratories, Inc.
This test method is divided into two procedures. The small particle procedure, using fine dust is performed to ascertain the ability of equipment to resist the effects of fine particles which may penetrate into cracks, crevices, bearings, and joints. The blowing sand test, using coarse particles, is performed to determine whether equipment can be stored and operated under blowing sand conditions without experiencing degradation of its performance, effectiveness, reliability, and maintainability due to the abrasion or clogging effect of large, sharp-edged particles.
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Ametek Power Instruments
AMETEK Power Instruments has designed and manufactured electrical, thermocouple, and fiber optic harness assemblies for more than sixty years. We have the experience and capability to produce rigid and flexible harness assemblies for virtually any application, whether it is a missile ignition assembly, aircraft actuator assembly or a thermocouple harness for an industrial gas turbine. AMETEK Cable & Harness Products boast superior reliability, high temperature operation, numerous braiding options for abrasion resistance and EMI shielding, waterproof or environmentally sealed, and custom molding. For more information, please contact us.
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Dongguan Amade Instruments Technology Co., Ltd
Sand and dust test chamber is also referred as dust-proof chamber, which is able to simulate the sand storm by putting the test piece in the chamber to judge the damage of sand-and-dust weather to products. Equipment is mainly applicable to determination of sealing performance of product shells based on the IPX5 and IPX6 degrees. Testing machine features a flow of air carrying dust in a vertical circulation, resulting in cycle use of sand during the test. Sand and dust testing has great significance to master the specimen’s performance to defend the penetration of dust particles, to withstand the abrasion of sands.
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Gaynes Labs, Inc.
*Abrasion Testing*Adhesion Testing*Brittleness Temp.*Bursting Strength*Coating Testing*Coefficient of Friction*Compression Testing*Compression Set*Dart Drop Testing*Density Determination*Fatigue Testing*Fiberboard Testing*Flammability Testing*Flexural Testing*Foam Testing*Hardness Testing*Heat Deflection*Hydrostatic Testing*Impact Testing*Life Cycle Testing*Melt Index Testing*Plastic Testing*Ply Separation*Resin Content*Rubber Testing*Shear Strength Testing*Stress Crack Testing*Tear Testing*Temperature Testing*Tensile/Elongation*UV Exposure*Water Absorption*Wood Testing
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TE Connectivity Ltd.
TE Connectivity produces Raychem Electrical heat shrink tubing that sets extremely high standards in areas such as insulation, protection, and element proofing. Raychem shrink tubing uses a duplication process that involves a cross-linked material design ensuring cable system's performance. This cross-linked design creates an impenetrable barrier from the elements while simultaneously binding cables and insulating them. The heat shrink process involves tubing that utilizes a thermal influence that causes it to tightly shrink and adhere to a cable. This tight seal is not only ultra-protective, but also flexible, abrasion resistant, and easy to use. This flexible tubing can fit a huge range of cable sizes and specifications. Perfect for various different operations and industrial applications. This includes cables, wires, and even joints.
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NDT Technologies, Inc.
The LMA Signal measures loss of metallic cross-sectional area (LMA) caused by corrosion, abrasion, etc. The LMA Signal is quantitative and can be calibrated. (Typically, a rope must be retired when the LMA exceeds 10%).The WRR Signal measures wire rope roughness (WRR). WRR is defined as the aggregate surface roughness of all wires in a rope. WRR is typically caused by and indicates internal and external corrosion pitting, broken wires and clusters of broken wires. The WRR signal is quantitative, and it is calibrated together with the LMA Signal.The LF Signal can indicate localized flaws (LF), for example, broken wires, corrosion pitting, etc. Because it is only qualitative - and cannot be calibrated - it is of limited value for assessing rope deterioration and for making rope retirement decisions.
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McGan Technology
The Wire Testing Unit (WTU) is used in conjunction with the MMPD-8K kit or the MM5KV Kit purchased with the optional HV Red Wire and is used to easily test the continuity of electrosurgical cables used to connect the electrosurgical generator either to the active handpiece (e.g. laparoscopic instruments or forceps) or to the return electrode which completes the circuit between the generator and the patient. If the conductor is broken without damage to the cable’s jacket it can remain unseen and could be put into use for the electrosurgical operation causing the system to not properly function. By using the WTU you can test to ensure that the cables have continuity prior to actual usage in the operating room. This does not preclude the other tests that should be performed on these cables such as visually examining the cable for jacket damage including cracks, pinholes and abrasions and manually flexing the cable.
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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.
