Product |
Features |
APTEK® 2210-A/B
Urethane Adhesive |
Silver-filled, low modulus, low outgassing, urethane adhesive. Excellent adhesion to ceramic, metal and PCB substrates. |
APTEK 2214-A/B
Urethane Adhesive |
Space-grade, low modulus, low outgassing, Brushable, urethane ESD coating/adhesive. RT or low heat cure. Surface resistivity 4x106 ohms/square. |
APTEK 2312-PMF
Hybrid Urethane Adhesive |
Snap-cure, one component, low modulus, low stress, silver-filled adhesive. Wide temperature operating range: -75 to +270°C (under N2).
Service temperature up to 175°C (air). |
APTEK 2313-PMF
Hybrid Epoxy Adhesive |
Snap-cure, silver-filled; long pot-life/stable viscosity-excellent for robotics. Thermal shock resistant. |
APTEK 2713-A/B
Silicon Adhesive |
Low modulus silicone adhesive. Very low Tg for excellent temperature cycling performance. Available premixed-frozen, or in convenient 1:1 dual cartridge kits. |
APTEK 2717-A/B
Silicone Adhesive
and/or ESD Coating |
Two-component, black, low modulus, thixotropic, silicone adhesive displaying very low temperature flexibility and good physical strength properties. Designed to fully cure at room temperature and can be accelerated with a brief low temperature cure. This 100% solids system has been manufactured with highly pure resins to minimize the occurrence of ionic contamination without outgassing during cure or service. |
APTEK 6500-PMF
Epoxy Adhesive |
Ultra-high ionic purity, silver-filled, meets requirements of MIL-A-87172, very low residual gas analysis. Available with gold filler. |
APTEK 6512-PMF
Epoxy Adhesive |
Snap-cure, silver-filled, one–component;>20 hr flat-line viscosity-ideal for robotics;15 minute full cure @ 150°C. Gold-filled version available – APTEK 6526 - PMF. |
APTEK 6516-A/B
Epoxy Adhesive |
General purpose, electrically conductive adhesive. Convenient 1/1 PBW or PBV mix ratio. RT or heat cure. |
APTEK 6521-A/B
Epoxy Adhesive |
Carbon-filled, thixotropic, two component, electrically conductive, high strength epoxy coating/adhesive designed to dissipate an electrostatic charge. This low-outgassing system provides high strength over a wide temperature range. |
