Product List
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- Cures in seconds to several tens of seconds under irradiation with UV light
- Portions of the adhesive not reached by UV light can be cured by heating.
- Biomass raw materials are used as part of the raw materials.
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- Hardening is attained by UV irradiation of ten seconds - some dozens of seconds.
- The amount of outgas generated by hardened substances (decrease in weight) is small.
- With thixotropy, a shape can be kept as it is after application, and leakage/drip can be avoided.
- It has excellent adhesive power on various materials such as glasses, metals and others.
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- Cures and displays bonding strength in several seconds to several tens of seconds by exposure to UV light (200 to 400 nm wavelength).
- In addition, it has anaerobic curability and can be used for bonding joints which cannot be exposed to UV light.
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- Cures quickly by exposure to UV irradiation. (Standard curing conditions: 30 kJ/m2 (3000 mJ/cm2 ))
- Has flexibility and is suitable for bonding of different materials.
- Has anaerobic curability and is applicable to bonding of metal parts.
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- Cures by UV irradiation in seconds
- In metallic joints which cannot be exposed to UV light, the resin can be anaerobically cured.
- Excellent bonding strength between different materials
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- Curing in seconds under irradiation with UV light (Standard curing condition: 30 kJ/m2 {3000 mJ/cm2 })
- Since it has flexibility, it is suitable for bonding different materials.
- Since it has anaerobic curing ability, it can bond metallic parts.
- Since it is a low outgassing material, it is applicable to electronic devices which are easily affected by the outgassing.
- It has well-balanced tensile shear bond strength and T-peel strength and is suitable for surface bonding. * Anaerobic cure: The resin penetrates into the thin gap between metals and cures in the gap isolated from the air.
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- Excellent transparency at the initial stage of curing.
- The initial transparency is kept almost completely after heating to up to 100ºC.
- Biomass raw materials are used as part of the raw materials.
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- Cures by UV irradiation in seconds (200 to 400 nm wavelength)
- After curing, maintains rubber elasticity over a wide temperature range (-40 to 120℃).
- After application, has excellent shape retention before curing
- Low compression set ensures excellent seal
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- Cures by UV irradiation in seconds (200 to 400 nm wavelength)
- After application, has excellent shape retention before curing
- Low compression set ensures excellent seal
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- The resin can cure under irradiation with UV light (wavelength of 200 to 380 nm) only for several to several tens of seconds.
- After curing, maintains rubber elasticity over a wide temperature range (-40 to 120ºC).
- After application, has excellent shape retention before curing
- The cured resin is so soft that it is applicable at a high compression ratio.
- Low compression set ensures excellent seal.