EP21SC-1: Outstanding Resistance to Abrasion and Chemicals |
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Master Bond EP21SC-1 is ideal for chemical processing applications and maximizes protection against erosion/corrosion. This exceptionally rigid material has a hardness exceeding 95 Shore D and offers impressive dimensional stability. EP21SC-1 includes a silicon carbide filler which enhances its abrasion resistance. It withstands a wide variety of chemicals including water, acids, bases, hydraulic fluids and oils. This solvent free paste has a low coefficient of thermal expansion and exceptional compressive strength.
For more information, request a data sheet on EP21SC-1
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EP42HT-2LTE: Epoxy Has Ultra Low Coefficient of Thermal Expansion |
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Featuring an exceedingly low coefficient of thermal expansion of 9-12 x 10-6 in/in/°C, EP42HT-2LTE is a two component epoxy for high performance bonding, sealing, coating and select casting applications. It has outstanding dimensional stability and will bond well to a wide variety of substrates, including metals, composites, ceramics, glass and many plastics. It is also noteworthy for its low linear (less than 0.01%) and volumetric (less than 0.1%) shrinkage. EP42HT-2LTE has a forgiving, non-critical mix ratio of 100 to 50 by volume and after mixing the consistency is that of a paste with some flow. It also meets NASA low outgassing specifications.
For more information, request a data sheet on EP42HT-2LTE
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EP38CL: Toughened, Electrically Insulative Epoxy System |
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With a low viscosity, EP38CL is an optically clear two component epoxy that is used for bonding, sealing, coating and encapsulation applications in the optical, aerospace, opto-electronic and specialty OEM industries. It possesses superior impact resistance, thermal cycling capabilities as well as the ability to withstand mechanical shock better than typical epoxies that are higher on the Shore D scale. This product was successfully tested for 1,000 hours at 85°C/85% RH.
For more information, request a data sheet on EP38CL
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EP21ARHT: Epoxy Offers Superior Acid Resistance |
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EP21ARHT combines high temperature resistance with an impressive ability to withstand exposure to a variety of acids and other chemicals. It is especially noteworthy for its resistance to sulfuric and hydrochloric acids. This two part, 100% reactive epoxy is especially useful for coating tanks, pipes, scrubbers and other types of chemical processing equipment. It is serviceable over the wide temperature range of -60°F to +400°F. It also features a low thermal expansion coefficient and minimal linear shrinkage upon cure.
For more information, request a data sheet on EP21ARHT
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Supreme 3HTND-2CCM: Toughened, One Part Epoxy for Microelectronic Assembly |
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Primarily used for chip coating, glob top and die attach applications, Supreme 3HTND-2CCM is a single component chemical resistant system with low shrinkage upon curing, good thermal conductivity and sound dimensional stability. Its inherent toughness allows it to withstand the most intense types of thermal cycling. This fast curing system has a paste consistency that flows slightly while curing. Supreme 3HTND-2CCM passes NASA low outgassing test requirements which allow it to be used in vacuum, aerospace and clean room applications.
For more information, request a data sheet on Supreme 3HTND-2CCM
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MasterSil 705TC: Single Component Heat Dissipative Silicone Compound |
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One component MasterSil 705TC is a thermally conductive, electrically isolating silicone for bonding, sealing and coating applications. It is well suited for applications that require flexibility and high temperature resistance up to +400°F. It cures readily at ambient temperatures when exposed to atmospheric moisture and is a non-corrosive paste. MasterSil 705TC is also ideal for a variety of applications where a degree of reworkability is desired.
For more information, request a technical data sheet on MasterSil 705TC
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Copyright  2017 by Master Bond Inc. All Rights Reserved. This content may not be reproduced in any way without the prior written permission of Master Bond Inc.
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View this email online
February 2017
