H.B. Fuller

Qosina offers a variety of cyanoacrylate instant adhesives from H.B. Fuller that are in stock and ready for immediate delivery. Cyberbond 2075 is a single component, medium viscosity cyanoacrylate adhesive. Designed for general-purpose bonding on all types of substrates where gap filling is required. H. B. Fuller adhesives are suitable for use in medical devices and certified to the ISO standard 10993-part 5 cytotoxicity. Additional formulations as well as UV light sources for curing are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of cyanoacrylate instant adhesives from H.B. Fuller that are in stock and ready for immediate delivery. H. B. Fuller's Cyberbond 2028 is a single component medium viscosity cyanoacrylate adhesive. Fast setting and ideal for rubber and plastic bonding applications. H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates and suitable for use in medical devices and certified to the ISO standard 10993-part 5 cytotoxicity. Additional formulations are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of cyanoacrylate instant adhesives from H.B. Fuller that are in stock and ready for immediate delivery. H.B. Fuller's Cyberbond 2611 is a fast setting, low to medium viscosity cyanoacrylate adhesive for use on all types of substrates. It is particularly designed to set and adhere rapidly to inactive surfaces. Cyberbond 2611 offers viscosity and flow characteristics that are ideal for filling small gaps. H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates and suitable for use in medical devices and certified to the ISO standard 10993-part 5 cytotoxicity. Additional formulations are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of cyanoacrylate instant adhesives from H.B. Fuller that are in stock and ready for immediate delivery. Cyberbond 5005 is a single component, low viscosity cyanoacrylate adhesive. Low-odor and non-blooming characteristics make this product user friendly when vapor control is an issue. H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates and suitable for use in medical devices and certified to the ISO standard 10993-part 5 cytotoxicity. Additional formulations are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of cyanoacrylate instant adhesives from H.B. Fuller that are in stock and ready for immediate delivery. Cyberbond 5008 is a single component, low to medium viscosity cyanoacrylate adhesive. Low-odor and non-blooming characteristics make this product user friendly when vapor control is an issue. H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates and suitable for use in medical devices and certified to the ISO standard 10993-part 5 cytotoxicity. Additional formulations are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of cyanoacrylate instant adhesives from H.B. Fuller that are in stock and ready for immediate delivery. Cyberbond 5100 is a single component, high viscosity cyanoacrylate adhesive. Low-odor and non-blooming characteristics make this product user friendly when vapor control is an issue. H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates and suitable for use in medical devices and certified to the ISO standard 10993-part 5 cytotoxicity. Additional formulations are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of UV curable adhesives from H.B. Fuller that are in stock and ready for immediate delivery. Equipped with medium to high viscosity, designed for thermoplastics, Cyberbond U304 is cured with the use of a UV light source. H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates and suitable for use in medical devices and is certified to the ISO standard 10993—Part 5 for Cytotoxicity. Additional formulations as well as UV light sources for curing are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of UV-curable adhesives that are in-stock and ready for immediate delivery. H. B Fuller's UV-curable adhesive Cyberlite U305 is a medium-to-high viscosity, medical grade UV-curable adhesive designed for bonding a wide variety of plastics in a multitude of configurations. It is strong, flexible and well-suited to bonding dissimilar substrates. Cyberlite U305 is certified to the ISO standard 10993—Part 5 for Cytotoxicity. H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates and suitable for use in medical devices. Additional formulations as well as UV light sources for curing are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of UV curable and cyanoacrylate adhesives as well as medical primers from H.B. Fuller that are in stock and ready for immediate delivery. H. B. Fuller's boost 6070 cyanoacrylate adhesive primer strengthens the adhesion of adhesives to polyolefins and other low energy plastics. Medical primer 6070 also increases the bonding ability of other difficult substrates such as silicone rubber and polytetrafluoroethylene. H.B Fuller's 6070 can be applied to surfaces by wiping, brushing, or spraying and contains no chlorinated or fluorinated solvents. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of UV curable adhesives from H.B. Fuller that are in stock and ready for immediate delivery. Equipped with medium to high viscosity for glass, metal and thermoplastics, Cyberbond U307 is cured with the use of a UV light source. H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates and suitable for use in medical devices and certified to the ISO standard 10993-part 5 cytotoxicity. Additional formulations as well as UV light sources for curing are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.

Qosina offers a variety of medical adhesive solutions and accessories that are in stock and ready for immediate delivery. Designed for use with UV-curable cyanoacrylates, Qosina part #11306 is a UV light source that cures UV-curable adhesive formulations. AA batteries are required for use, but not included. Qosina offers a light source, primer and adhesive remover to complement their line of UV-curable and cyanoacrylate adhesives from H.B. Fuller. Contact our sales team to learn more.

Qosina offers a variety of dispensing tips and medical adhesive solutions that are in stock and ready for immediate delivery. Made from high density polyethylene, Qosina part #11305 is a dispensing tip designed for use with 20 Gram sized bottles of H.B Fuller adhesives. Qosina offers a light source, primer and adhesive remover to complement their line of UV-curable and cyanoacrylate adhesives from H.B. Fuller. Contact our sales team to learn more.

Qosina offers a variety of cyanoacrylate instant adhesives from H.B. Fuller that are in stock and ready for immediate delivery. Apollo 2240-05 is a low to medium viscosity, rubber-toughened ethyl cyanoacrylate adhesive. Providing superior shock and thermal resistance when bonding rubbers, metals and plastics in harsh environments, H. B. Fuller adhesives are designed for general-purpose bonding on all types of substrates, suitable for use in medical devices and certified to the ISO standard 10993-part 5 cytotoxicity. Additional formulations are available. Contact our sales team to learn more.
ⓘ Not intended for use in the assembly of implantable devices.