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2024-09-26
Material (Purity/%) Temperature Range Consisting of Dimension/ Volume Remarks Order Number Al (99.5) Max. 600°C Concavus pan* + lid ø 5 mm / 30/40 μl Set of 96, 3in1 Box, cold weldable** DSC21400A66.010.00 Al (99.5) Max. 600°C Concavus pan* ø 5 mm / 30/40 μl 3in1 Box, 96 pieces NGB814672 Al (99.5) Max. 600°C Concavus lid ...
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2024-09-26
Material (Purity/%) Temperature Range Consisting of Dimension/Volume/ Pressure Remarks Order Number Al (99.5) Max. 600°C Crucible + lid ø 6 mm / 35 μl; 3 bar Set of 100 pieces, cold weldable 6.240.10-65.1.00 Al (99.5) Max. 600°C Crucible + lid ø 6 mm / 35 μl; 3 bar Set of 500 pieces, cold weldable 6.240.10-65.11.00 Al (99.5) Max. 600°C Crucible ø 6 mm / 35 μl; 3 bar 100 pieces 6.240.10-65.1.01 Al ...
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2024-09-26
Material Temperature Range Consisting of Dimension/ Volume/Pressure Remarks Order Number CrNi steel (AISI 304) Max. 250°C Crucible + lid + seal 120 μl; 20 bar Set of 25 pieces, seal made of FPM 6.240.1-68.1.00 O-ring seal Max. 230°C O-ring Max. 20 bar Seal made of PCTFE NGB801765 CrNi steel (AISI 316L) Max. 500°C Crucible + lid, hexagonal, gold-plated &nb...
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2024-09-26
Material (Purity/%) Temperature Range Consisting of Dimension/ Volume Remarks Order Number Al2O3 (99.7) Max. 1700°C Slip-on plate, flat ø 10 mm GB343550 Al2O3 (99.7) Max. 1700°C Slip-on plate ø 17 mm GB445240 Al2O3 (99.7) Max. 1700°C Crucible 0.9 ml GB445215 Al2O3 (99.7) Max. 1700°C Lid For GB445215 GB445216 Al2O3 (99.7) Max. 1700°C Cruc...
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2024-09-26
Material (Purity/%) Temperature Range Sample Chamber Dimension Remarks Order Number ZrO21 Max. 2000°C ø 12 mm x 3.7 mm high; orifice ø 2.896 mm (optically dimensioned) Crucible + lid 6.226.1-69.5.00 Al2O32 (99.7) Max. 1700°C ø 12 mm x 3.7 mm high; orifice ø 2.896 mm (optically dimensioned) Crucible + lid 6.226.1-67.1.00 Al2O32 (99.7) Max. 1700°C Outlet ø 0.3 mm (optically dim...
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2024-09-26
Material Temp. Range Consisting of Dimension/Volume Remarks Order Number Tungsten Max. 2400°C Crucible 0.3 ml NGB809001 Graphite Max. 2200°C Crucible 0.3 ml GB445333 CSCERAMIC provide all of the above crucibles .Email info@csceramic.com
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2024-09-26
Material Temp. Range Consisting of Dimensions Order Number Pt Max. 1650°C Cage, net-shaped Cage ø 12 mm, height 12 mm, wire ø 0.04 mm, mesh width 0.12 mm NGB813037 Pt Max. 1650° C Cage, net-shaped Cage ø 12 mm, height 12 mm, wire ø 0.06 mm, mesh width 0.25 mm NGB813036 CSCERAMIC provide all of the above crucibles .Email info@csceramic.com
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2024-09-26
Material Temperature Range Consisting of Dimension/ Volume Remarks Order Number Tungsten Max. 2400°C Crucible 80 μl Wall thickness 0.3 mm, only for STA 449 F3 Jupiter® GB453520 Tungsten Max. 2400°C Crucible 80 μl Wall thickness 0.2 mm, BN liner available NGB808999 Tungsten Max. 2400°C Lid Pierced, for NGB808999 NGB809406 BN1 Max. 1600°C Liner 80 μl For NGB808999 NGB805943 Glass...
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2024-09-26
Crucible Material (Purity/%), Volume Lid ASC Gripper STA 449 F1/F3 DSC 404 F1/F3 TGA-DSC Sensor* DSC Sensor** TGA Sensor2 HTP40000A67.000-00 HTP40000A75.000-00 Order Number Al (99.5), 30/40 μl (Concavus pan) 3 - x x DSC214A66.010.00 Crucible with welded lid 3 - x x Al (99.5), 25/40 μl 1 - x x 6.239.2-64.5.00 Crucible with welded lid - x x Al (99.5), 25/40 μl (500/pkg.) x x x 6.239.2-64.51.00 Cruci...
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2024-09-26
Aluminium oxide (Al2O3) rods, commonly referred to as alumina ceramic rods, constitute an outstanding group of engineering materials that embody a unique array of superior qualities. Renowned for their unparalleled hardness, durability, and remarkable thermal stability, these rods are indispensable in diverse industrial sectors. Beyond their mechanical prowess and thermal endurance, alumina cerami...
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2024-10-08
A notable characteristic of alumina ceramic rods lies in their remarkable hardness, ranking second only to diamond according to the Mohs scale. This superior hardness endows them with the ability to endure significant wear and abrasion, rendering them ideally suited for applications that necessitate robust resistance to mechanical stress. Moreover, alumina ceramic rods possess outstanding compress...
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2024-10-14
Aluminium oxide (Al2O3) rods, commonly known as alumina ceramic rods, stand out as an exceptional category of engineering materials, distinguished by their unique blend of superlative characteristics. Renowned for their unparalleled hardness, durability, and outstanding thermal stability, these rods have become indispensable in a myriad of industrial applications. A notable feature of alumina cera...
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2024-10-23
In the intricate world of industrial applications, alumina ceramic rods stand as a testament to durability and performance. Their unparalleled strength and resistance to harsh conditions have made them a staple in numerous industries, from aerospace to energy production. However, to harness their full potential and maintain their exceptional properties over the long haul, proper maintenance a...
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2024-10-29
In the realm of advanced materials, alumina ceramic rods, also known as aluminum oxide (Al2O3) rods, stand out as superior alternatives to traditional metallic materials in numerous applications. Their exceptional properties and characteristics set them apart, offering unparalleled advantages that metallic materials often struggle to match. Hardness and Wear Resistance One of the most significant ...
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2024-12-17
Why Are Zirconia Tubes a Versatile and Pivotal Material in Modern Industries? Zirconia tubes have emerged as a pivotal material in numerous industries, exhibiting remarkable versatility and adaptability. Their unique properties enable them to cater to the diverse needs of sectors ranging from dental healthcare to advanced electronics. This paper delves into the multifaceted applications of zirconi...
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2024-12-17
Discover Why Zirconia Tubes Are Preferred Across Multiple Industries Zirconia tubes have emerged as a preferred material across diverse applications due to their multifaceted advantages. The unique properties of zirconia, including its mechanical strength, biocompatibility, corrosion resistance, and aesthetic appeal, make it an exceptional choice for various industries. This paper aims to explore ...
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2025-01-06
Revolutionary Silicon Carbide Tubing for High-Temp Applications by CSCERAMIC In the field of high-temperature applications, finding a material that can withstand extreme conditions without sacrificing performance has always been a major challenge for engineers. However, the emergence of silicon carbide tubes has brought a revolutionary solution to this problem, and it shows extraordinary adap...
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2025-02-20
Master Installation & Maintenance of CSCERAMIC Silicon Carbide Tubing Silicon Carbide Tubing, as a high-performance material, exhibits excellent durability and stability in high temperature, high pressure and corrosive environments, and is widely used in industrial heating, chemical processing and semiconductor manufacturing. To ensure that silicon carbide tubes continue to perform at their be...
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