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Dymax Dual-Cure 9014 encapsulant is formulated to cure primarily with UV light and includes a secondary moisture curing function for applications where shadow areas exist on printed circuit boards. Features: - Cures with UV/Visible light - Dual Cure secondary moisture cure capability - Fluoresces blue under black lights - Flexible

Highperformance conformal coating with secondary moisture cure for shadow areas. Features: - Cures with UV/Visible light - DualCure secondary moisture cure for shadow areas - Fluoresces blue under black lights - Excellent thermal shock resistance - High temperature flexibility - Excellent chemical and corrosion resistance - Good temperature/humidity (85/85) performance - One part formulation no mixing - Solvent free - Fast tackfree cure - Halogen free - MILI46058C Approved

LED Optimized medical adhesive for plastics and metals. Features: - LED optimized for 385 nm / 405 nm - Fast cure - Fluoresces blue under black lights - Low viscosity for improved wetting - Resists yellowing - Superior water resistance - Compliant with ISO 10993

MD® 250CTH epoxy is designed for rapid assembly of medical devices with flexible curing options using light only, heat only, or combination of the two. Features: - Cures with UV/Visible light - Secondary heat cure at 8085°C - Flexible light and heat cure - Semiopaque white color - Volumetric shrinkage at 1.3% - High modulus and durometer - No nonreactive solvents - Compliant with ISO 10993

Dymax Ultra LightWeld® 9501F is a UV/Visible lightcuring adhesive optimized for electric vehicle battery potting and bonding. Features: - Cure using UV/Visible light or LED - 385 nm LED Curing - Blue Fluorescing technology for bond line inspection - One part formulation – no mixing - Solvent free Excellent adhesion to metals & plastics

Features: - Fast cure with LED (385 nm) or UV/Visible light - See Cure dispenses blue, cures clear - UltraRed® fluoresces bright red - One part formulation - No nonreactive solvents - Compliant with ISO 10993

Dymax 2022-MW is a versatile general bonding adhesive, coating, and encapsulant formulated without IBOA (a known skin irritant) and TPO (a material of concern). With its low water absorption of 0.5% and minimized water ingression it is ideal for the assembly or encapsulation of electronic wearable medical device components. Features: - Low water absorprtion: 0.5% - Biocompatible 10993-5 cytotoxicity standards - IBOA Free (designed without isobornyl acrylate) - UV/Broad Spectrum and LED curable at 365nm - Compliant with RoHS directives 2015/863/EU - Superior adhesion to a wide range of substrates - Solvent free

Schwingmetall® The perfect combination of rubber, plastics and metal With the ContiTech-Schwingmetall® series, EFFBE provides a product range offering top quality rubber-to-metal bonded products for machine building applications and the automotive industry. The ContiTech-SCHWINGMETALL® product range has stood for top quality rubber-to-metal bonded products for more than 50 years. That's why these components in a combination of plastics, rubber and metal are also the first choice for EFFBE customers. We offer buffers, stops, dome mounts, flange elements, hydro mounts, special elements, torsion elements, rails and inclined supports.

The riveting process creates irresolvable interlocking bonds. This is achieved by forming or reforming of thermoplastics. In most cases in this procedure only point-shaped or segmented joints are realized. In contrast to welding of two components there cannot be achieved hermetic joints. A particular version of this procedure is the bonding of plastics with metals, textiles and cardboard. The method is frequently used for wooden decoration parts, into which a chrome decoration strip has to be embedded. During the heating-up phase the hot air riveting does not get into contact with the material. A continous hot air flow heats up the riveting pin. Here the forming of the riveting head is carried out with a cold stamp in a separate station. By the cooling phase next in line a lower relaxation of the plastic material is achieved by pressure and mold constraint

High-vacuum heat-treatment furnaces with integrated pressing unit and power-regulated resistance heater elements (Hot Press). Used for diffusion bonding and forming processes under high vacuum conditions as well universal use for thermal treatments and processes where particularly demanding requirements and sophisticated materials are involved.