Best and Coolest 24 Fused Silicas in 2019

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. It is also well suited for use in bioanalytical and high temperature gc applications. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. Rohs compliant per directive 2011/65/eu. “.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. “. It is also well suited for use in bioanalytical and high temperature gc applications. Rohs compliant per directive 2011/65/eu. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. It is also well suited for use in bioanalytical and high temperature gc applications. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. “. Rohs compliant per directive 2011/65/eu. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. Rohs compliant per directive 2011/65/eu. It is also well suited for use in bioanalytical and high temperature gc applications. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. “.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - It is also well suited for use in bioanalytical and high temperature gc applications. “. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. Rohs compliant per directive 2011/65/eu. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. Rohs compliant per directive 2011/65/eu. “. It is also well suited for use in bioanalytical and high temperature gc applications. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur.

 

Gs-Tek 9053-0500 Fused Silica GC Tubing Length 5m ID 053mm OD 068mm #ad

Gs-Tek 9053-0500 Fused Silica, GC Tubing, Length 5m, I.D 0.53mm, O.D. 0.68mm

Gs-Tek 9053-0500 Fused Silica, GC Tubing, Length 5m, I.D 0.53mm, O.D. 0.68mm #ad - Temperature limits (c) -60 to 325. Great price performance ratio. Similar products n/a. Similar phase.

 

MELTING CRUCIBLE DISH ROUND CUP FUSED SILICA FOR GOLD SILVER 75oz Capacity E 12 #ad

MELTING CRUCIBLE DISH ROUND CUP FUSED SILICA FOR GOLD & SILVER 7.5oz Capacity (E 12)

MELTING CRUCIBLE DISH ROUND CUP FUSED SILICA FOR GOLD & SILVER 7.5oz Capacity (E 12) #ad - Crucible is made of high grade fused silica, withstands temperatures up to 2500°f/1371°c . Crucible round melting dish has a 75 toz capacity, can be used for melting and pouring gold, silver,copper and brass. Crucible has 2 slots on opposite ends used for pouring, a solid thick bottom base. Crucibles should be glazed with borax prior to use, which also helps extend the life of the crucible. Round dish crucible for melting for gold, silver, copper & brass.

 

100 Dwt Fused Silica Crucible #ad

100 Dwt Fused Silica Crucible

100 Dwt Fused Silica Crucible #ad - 6 in. Chain length 3. Width 3. Thank you. Please be sure to include the asin number of the product you are inquiring about in your message. This adds a sense of charm to your favorite collection. Got questions about this item if you wish to know any additional info or have any additional questions regarding this item, please don’t hesitate to send us an email. 60 inches. Product type tools & supplies. 8 in. 100 dwt fused silica crucible. We will answer any questions in a timely manner. Length 3.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - “. These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. Rohs compliant per directive 2011/65/eu. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. It is also well suited for use in bioanalytical and high temperature gc applications.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - “. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. It is also well suited for use in bioanalytical and high temperature gc applications. These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. Rohs compliant per directive 2011/65/eu. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances.

 

Gs-Tek 9025-1000 Fused Silica GC Tubing Length 10m ID 025mm OD 035mm #ad

Gs-Tek 9025-1000 Fused Silica, GC Tubing, Length 10m, I.D 0.25mm, O.D. 0.35mm

Gs-Tek 9025-1000 Fused Silica, GC Tubing, Length 10m, I.D 0.25mm, O.D. 0.35mm #ad - Great price performance ratio. Temperature limits (c) -60 to 325/350. Similar phase. Similar products n/a.

 

Next Advance CAP-75 Fused Silica Capillary Tube 10 Meter Length #ad

Next Advance CAP-75 Fused Silica Capillary Tube, 10 Meter Length

Next Advance CAP-75 Fused Silica Capillary Tube, 10 Meter Length #ad - The 10 meter length of capillary comes on a spool and a cleaving tool is included. Fused silica capillary, 75 µm id and cleaving tool. This flexible, synthetic fused silica capillary has a polyimide coating and is 100% proof tested at 100 ksi. This is the most popular size of capillary used for making packed columns.

 

1x075mm Fused Silica Disc #ad

1″x0.75mm Fused Silica Disc

1″x0.75mm Fused Silica Disc #ad - Featuring average an average transmittance of 93. Our high grade fused silica is an excellent choice for both transmissive and reflective optical components. 8% from 200nm, 2100nm and a low coefficient of thermal expansion our fused silica is perfect for filters and reflectors.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. Rohs compliant per directive 2011/65/eu. “. It is also well suited for use in bioanalytical and high temperature gc applications. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur.

 

Gs-Tek 9053-1500 Fused Silica GC Tubing Length 15m ID 053mm OD 067mm #ad

Gs-Tek 9053-1500 Fused Silica, GC Tubing, Length 15m, I.D 0.53mm, O.D. 0.67mm

Gs-Tek 9053-1500 Fused Silica, GC Tubing, Length 15m, I.D 0.53mm, O.D. 0.67mm #ad - Temperature limits (c) -60 to 325. Similar phase. Great price performance ratio. Similar products n/a.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - It is also well suited for use in bioanalytical and high temperature gc applications. These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. “. Rohs compliant per directive 2011/65/eu. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. “. It is also well suited for use in bioanalytical and high temperature gc applications. Rohs compliant per directive 2011/65/eu.

 

Fused Silica Optical Glass Disc 2 X 025 508mm #ad

Fused Silica Optical Glass Disc 2″ X 0.25″ 50.8mm

Fused Silica Optical Glass Disc 2″ X 0.25″ 50.8mm #ad - Our high grade fused silica is an excellent choice for both transmissive and reflective optical components. Featuring average an average transmittance of 93. 8% from 200nm, 2100nm and a low coefficient of thermal expansion our fused silica is perfect for filters and reflectors.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE #ad

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE #ad - It is also well suited for use in bioanalytical and high temperature gc applications. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. ” High homogeneity 100% proof tested for strength excellent resistance to thermal shock chemical inertness standard polyimide temperature resistance to 400 ÌŠc (equivalent to other high temperature polyimides) polyimide coating is chemically resistant acrylic coating uv transparent (>, 240nm) low dielectric constant, low dielectric loss impermeable to all gases (except h2, he) free of thermal hysteresis low weight loss (below devitrification temperature) optical properties of uncoated transparent above 180nm high intrinsic tensile strength uncoated, temperature resistant to 1000°c pressure resistant to 1000bar very low thermal expansion internal surface modification is available coated fused silica tubing exhibits excellent flexibility, chemical stability, tensile strength, and exacting tolerances. Rohs compliant per directive 2011/65/eu. These properties make it the tubing of choice for gc capillary applications, lc tubing, and other micro tubing requirements. “.

 

Gs-Tek 9018-1000 Fused Silica GC Tubing Length 10m ID 018mm OD 034mm #ad

Gs-Tek 9018-1000 Fused Silica, GC Tubing, Length 10m, I.D 0.18mm, O.D. 0.34mm

Gs-Tek 9018-1000 Fused Silica, GC Tubing, Length 10m, I.D 0.18mm, O.D. 0.34mm #ad - Temperature limits (c) -60 to 325/350. Similar products n/a. Great price performance ratio. Similar phase.

 

Dish Glazed Fused Silica 35ml Sold by Each #ad

Dish, Glazed Fused Silica, 35ml (Sold by Each)

Dish, Glazed Fused Silica, 35ml (Sold by Each) #ad - Polished both sides. Receive 2ea per order. 1″ round x 00300″ thickness (254mm x 075mm). λ/2 flatness. Packaged individually.

 

HP Agilent ECD Adapter Fused Silica Liner Replacement 19233-20625 #ad

HP Agilent ECD Adapter Fused Silica Liner Replacement, 19233-20625

HP Agilent ECD Adapter Fused Silica Liner Replacement, 19233-20625 #ad - New hp agilent ecd adapter fused silica liner replacement ecd = electronic capture detector product line aa part number 19233-20625.

 

Fused Silica - HT8 GC Capillary Column SGE Analytical Science #ad

Fused Silica – HT8 GC Capillary Column, SGE Analytical Science

Fused Silica – HT8 GC Capillary Column, SGE Analytical Science #ad - 8% phenyl polycarborane-siloxane preferred column for polychlorinated biphenyl (pcb) compounds separates pcbâ€tms on ortho ring substitution as well as boiling point low bleed for use with pcb congener analyses, nitro-substituted aromatics, polynuclear aromatic hydrocarbons and pesticides/herbicides. ” More than five decades of innovative phase technologies and unique fused silica production capabilities, together provide end-to-end separation solutions for all applications. Ordering information these columns do not have any suitable replacements, they are unique ultra high temperature columns. Rohs compliant per directive 2011/65/eu “.





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