Best Fused Silica Tubing out of top 20

 

RESTEK 10009 Deactivated Fused Silica Tubing Nonpolar Deactivation 025 mm ID 15 m Length

RESTEK 10009 Deactivated Fused Silica Tubing, Nonpolar Deactivation, 0.25 mm ID, 15 m Length

RESTEK 10009 Deactivated Fused Silica Tubing, Nonpolar Deactivation, 0.25 mm ID, 15 m Length - Maximum temperature 325°c. Inertness-tested with the grob test mix includes test chromatogram. 5-meter banded sections mounted in a restek cage. Useful as guard columns, transfer lines, or long retention gaps.

 

2 m - Upchurch Scientific Fused Silica Tubing IDEX Health Science

2 m – Upchurch Scientific Fused Silica Tubing, IDEX Health & Science

2 m – Upchurch Scientific Fused Silica Tubing, IDEX Health & Science - D. ) and in convenient 2m lengths. These products are manufactured from synthetic fused silica with a polyimide coating, and have a maximum pressure rating of 690bar (10,000psi). Fused silica tubing is offered in the most common 360μm outside diameter (o. These products are rohs compliant.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - “. 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. ” 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. Rohs compliant per directive 2011/65/eu.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - “. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. 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. Rohs compliant per directive 2011/65/eu.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

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

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

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

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

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

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

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

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - “. 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. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. 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

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - “. 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. ” 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.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - 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. ” 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. “. 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

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - It is also well suited for use in bioanalytical and high temperature gc applications. 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. ” 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

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

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

 

RESTEK 10061 Untreated Fused Silica Tubing 053 mm ID 30 m Length

RESTEK 10061 Untreated Fused Silica Tubing, 0.53 mm ID, 30 m Length

RESTEK 10061 Untreated Fused Silica Tubing, 0.53 mm ID, 30 m Length - Coiled in 7-inch diameters, banded in 5-meter sections, and mounted in a restek cage. , Made in united states, brand name restek.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

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

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

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

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - “. ” 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. 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.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - “. It is also well suited for use in bioanalytical and high temperature gc applications. 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. 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.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

Fused Silica Tubing, Non-Deactivated – Non-Deactivated Fused Silica Tubing, SGE - 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. Avoid use with hydrofluoric or phosphoric acids, alkalis, and alkali-metalized compounds as dissolution of silica glass and surface devitrification may occur. 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.

 

Fused Silica Tubing Non-Deactivated - Non-Deactivated Fused Silica Tubing SGE

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

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