Check Russia export data of s o under HS code 9001900009. Get export data of Russia for HS code 9001900009
Date | HS Code | Product Description | Trademark | Destination Country | Quantity | Unit | Net Weight [KGS] | Total Value [USD] | Exporter Name |
---|---|---|---|---|---|---|---|---|---|
06/Sep/2017 | 9001900009 | Optical elements made of synthetic material, mounted POLISHED CRYSTALS LINBO3 (lithium niobate) DIAM.23MM THICKNESS 1.83MM- 6 PCS, 16H16H1.83MM - 6 PCS, BSO (BI12SIO20 bismuth silicate) 5H5H5MM - 2 PCS ARE NOT heteroepitaxial structures | *** | RUSSIA | 0,04 | *** | 0.04 | 1770 | View Exporter |
06/Sep/2017 | 9001900009 | Optical elements made of synthetic material, unmounted quartz plates DIAM.14MM THICK 7.18MM- 110 Unit (QUARTZ ARTIFICIAL MATERIAL IN TU 41-07-009-83) is not a heteroepitaxial structure of materials, TK They were obtained from the homogeneity | *** | RUSSIA | 0,32 | *** | 0.32 | 2970 | View Exporter |
06/Sep/2017 | 9001900009 | Optical elements made of synthetic material, unmounted POLISHED CRYSTALS TEO2 (paratellurite) 14H14H6.75MM- 40 PCS ARE NOT heteroepitaxial structures and materials TK They were obtained from pieces of material HOMOGENEOUS WITH STANDARD | *** | RUSSIA | 0,32 | *** | 0.32 | 9000 | View Exporter |
06/Sep/2017 | 9001900009 | Optical elements made of synthetic material, unmounted POLISHED CRYSTAL ZnTe (zinc telluride) 10H10H0.5MM- 1 UNIT ARE NOT heteroepitaxial structures and materials TK It WAS OBTAINED from a homogeneous piece of material using standard | *** | RUSSIA | *** | *** | **** | 740 | View Exporter |
29/Sep/2017 | 9001900009 | Optical elements made of synthetic material, unmounted POLISHED CRYSTAL GAAS (gallium arsenide) 3.2H2.5H2MM - 10 pcs, 3.2H2.5H4MM - 10 ARE NOT heteroepitaxial structures and materials TK HOMOGENEOUS were obtained from a piece of cloth | *** | RUSSIA | *** | *** | **** | 1150 | View Exporter |
27/Sep/2017 | 9001900009 | Optical elements made of synthetic material, mounted POLISHED CRYSTALS GGG (GD3GA5O12 gallium-gadolinium garnet) DIAM.76.2MM THICKNESS 0.5MM- 4 pcs, ZNTE (zinc telluride) 10H10H1MM- 1 UNIT ARE NOT AND heteroepitaxial structures MOTHER | *** | RUSSIA | 0,07 | *** | 0.07 | 1110 | View Exporter |
22/Sep/2017 | 9001900009 | Unmounted optical elements (LENS) SOLID, WITH SPHERICAL / flat surfaces MADE OF SILICON (SI), C. applying to the surface an antireflection coating for infrared wavelength range. INTENDED FOR USE IN: QUALITY | *** | RUSSIA | 0,1 | *** | 0.1 | 1427,52 | View Exporter |
11/Sep/2017 | 9001900009 | Unmounted Monolithic optically worked ELEMENTS AR coating 3-5 mm: biconvex aspheric lenses from silicon and round flat optically worked WINDOW OF SILICON INTENDED FOR USE IN MEDICAL EQUIPMENT | *** | RUSSIA | 0,07 | *** | 0.07 | 2530,92 | View Exporter |
29/Sep/2017 | 9001900009 | Unmounted optical member (cap), a dome shape with a spherical surface MANUFACTURED FROM undoped synthetic sapphire (AL203) C on an internal surface of antireflection coatings FOR WAVELENGTH VISIBLE Techno | *** | RUSSIA | 0,91 | *** | 0.91 | 12240 | View Exporter |
15/Sep/2017 | 9001900009 | OAP PODLOZHKE colorless ON OPTICAL GLASS LK7 (GOST 3514-94) supported with COATED gloss aluminum-protected silicon oxide (SIO) END USER CI SYSTEMS LTD, MIRRORS Predn. FOR USE D: ON | *** | RUSSIA | 23,7 | *** | 23.7 | 10560 | View Exporter |
08/Sep/2017 | 9001900009 | OPTICAL ELEMENTS OF ARTIFICIAL bismuth germanate (BGO, BI4GE3O12): DIAMETER 76 mm Height 76 mm (12 pcs.). NOT mirrors. USED FOR PURPOSES OF SCIENTIFIC MEDICAL DEVICES FOR REGISTRATION OF HIGH RADIATION IN: KACHES | *** | RUSSIA | 29,5 | *** | 29.5 | 37904 | View Exporter |
21/Sep/2017 | 9001900009 | OPTICAL ELEMENTS OF ARTIFICIAL bismuth germanate (BGO, BI4GE3O12): Referring to the drawings V-0176-5 (3 pcs.). NOT mirrors. USED FOR PURPOSES OF SCIENTIFIC MEDICAL DEVICES FOR REGISTRATION high-energy radiation in Quality | *** | RUSSIA | 0,9 | *** | 0.9 | 1433,4 | View Exporter |
14/Sep/2017 | 9001900009 | OPTICAL ELEMENTS OF ARTIFICIAL bismuth germanate (BGO, BI4GE3O12); NOT mirrors; USED FOR THE PURPOSES OF SCIENTIFIC MEDICAL APPARATUS FOR REGISTRATION high-energy radiation as a scintillator: Referring to the drawings V-1 | *** | RUSSIA | 20,1 | *** | 20.1 | 29013,6 | View Exporter |
15/Sep/2017 | 9001900009 | OPTICAL ELEMENTS OF ARTIFICIAL bismuth germanate (BGO, BI4GE3O12); NOT mirrors; Used in scientific instruments for recording high-energy radiation as a scintillator: width 25 mm height 20 mm length 200 mm width 25 mm YOU | *** | RUSSIA | 7,3 | *** | 7.3 | 11265,51 | View Exporter |
06/Sep/2017 | 9001900009 | Optical components: Bars of synthetic corundum 61H32,5 MM - 10pc blanks from synthetic corundum 31H16,5 MM - 12p Assay of AL2O3 in the original corundum at least 99.99%; TU2655-001-54671564-2011. Applied as a: Optically | *** | RUSSIA | 0,94 | *** | 0.94 | 5950 | View Exporter |
Our market research report and Russia export statistics of s o covers market share of Russian companies and market price of sunglass. This helps you to do market analysis on the basis of price, company, etc. perfectly and study market size of sunglass in Russia. Few shipment records with a small number of important columns from Russia export data of sunglass are given above. Other hidden fields such as Russian Exporter Name with Address, Foreign er Name with Address, Value, Quantity, Origin & Destination Country and more are also covered in Russia customs data of sunglass. To view more shipment records of sunglass export data of Russia, you can set a filter by Country Name or HS Code on the left side.
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