About Advanced Material Technologies Corporation - Titanium Products Supplier in China

China hosts Advanced Material Technologies Corporation, which lists 24 active products across titanium, industrial chemicals, and ceramic sectors. The catalogue includes evaporation materials such as titanium sesquioxide, titanium pentoxide, ITO and lanthanum fluoride under HS 3824.90, zirconium sputtering targets (HS 8109.20) and titanium filters (HS 8421.22). Additional items are titanium flanges (HS 8108.90), titanium weld‑neck flanges (HS 7307.19), and titanium alloy processing parts (HS 8108.90). The company also offers silicon nitride ceramic bearings (HS 8482.10) and SiO2 targets (HS 6903.20) among other metal and ceramic products.

The product list also contains TiO2 targets (HS 3824.99), titanium weld neck flanges, lap‑joint titanium flanges (HS 8481.80), and ceramic turbine components. Several granule forms are listed, including MgF2, ITO, IDA and Al2O3 granules, though no HS codes are supplied for these. The catalogue reflects a focus on high‑purity titanium grades (Grade 2, Grade 5, Grade 12) and zirconium with 99.5‑99.9 % purity. Overall, the supplier’s inventory spans 24 distinct items covering sputtering targets, filters, flanges, bearings and raw ceramic powders.

Product Range and Specialties of Advanced Material Technologies Corporation

The catalogue’s titanium line includes Grade 2 (approximately 99.5 % Ti), Grade 5 (Ti‑6Al‑4V) and higher alloy grades such as Gr 7, Gr 9 and Gr 12, which are standard in aerospace, chemical processing and marine applications. Typical specifications for titanium flanges and machine parts require compliance with ASTM B265 and dimensional tolerances of ±0.1 mm. Sputtering targets for Ti, Zr and SiO₂ are offered in 99.9 % purity, matching common industry grades such as 5N (99.999 %) for semiconductor deposition. Silicon nitride bearings generally meet ISO 9001 quality management and are produced to hardness values above 1800 HV, with particle size distributions controlled to ≤10 µm. Ceramic turbine components and liquid‑heating silicon nitride ceramics are fabricated to withstand temperatures above 1200 °C, a typical requirement for high‑temperature engine applications.

Industrial chemicals such as titanium oxides and lanthanum fluoride are used in optical coatings, where optical transmission greater than 90 % in the 400‑800 nm range is a common specification. Granular products like MgF₂ and Al₂O₃ are supplied for polishing and refractory uses, with particle‑size ranges from 1 µm to 100 µm depending on the end use.

Trade and Export Information - Advanced Material Technologies Corporation

China is a major exporter of titanium alloys, ceramic powders and sputtering targets, with the EU, United States, Japan and South Korea accounting for the largest import shares. HS chapter 81 (e.g., 8108.90 for titanium alloy flanges) and chapter 38 (e.g., 3824.90 for evaporation materials) are routinely inspected under customs regulations that reference the International Harmonized System and may require material safety data sheets and certificates of conformity. Buyers typically request ISO 9001 and ISO 14001 certification, as well as compliance with RoHS and REACH for metal and chemical products. Shipping of bulk ceramic granules and titanium parts is commonly performed in 20‑ft or 40‑ft containers, with protective packaging such as wooden crates, moisture‑resistant liners, and anti‑corrosion coating for metal items.

Incoterms such as FOB Shanghai or CIF Europe are standard for these high‑value, low‑volume goods. Export licensing in China for strategic materials like zirconium and high‑purity titanium may involve the Ministry of Commerce, and buyers often verify that end‑use complies with dual‑use export controls. Typical lead times range from 4 to 8 weeks for custom‑cut flanges and sputtering targets, while bulk granules can be dispatched within 2 weeks after order confirmation.

Sourcing from Advanced Material Technologies Corporation - Buyer Guidance

When sourcing titanium flanges or machine parts, buyers should request mill test reports that detail chemical composition, mechanical properties (tensile strength, yield strength, elongation) and heat‑treatment records. For sputtering targets, certificates of purity, surface flatness (≤0.5 µm) and particle‑free surface finish are standard verification documents. Silicon nitride bearings should be accompanied by hardness test results, dimensional inspection reports and, where applicable, ISO 9001 audit summaries.

Samples of granules and ceramic powders are typically supplied in 500 g or 1 kg packs, with particle‑size analysis (laser diffraction) and moisture content below 0.5 % disclosed. Buyers should confirm packaging specifications - e.g., sealed polyethylene bags inside double‑wall corrugated boxes - to protect against contamination during transit. Prior to bulk orders, it is advisable to obtain a third‑party inspection report (e.g., SGS or Bureau Veritas) covering dimensions, purity and visual defects.

What titanium grades are available for flanges and machine parts?

The supplier lists Grade 2 (≈99.5 % Ti), Grade 5 (Ti‑6Al‑4V) and higher alloy grades such as Gr 7, Gr 9 and Gr 12 for flanges and machine components. These grades meet the common ASTM B265 specifications used in aerospace and chemical processing.

Which HS codes apply to the titanium and zirconium products?

Titanium flanges and machine parts fall under HS 8108.90, titanium weld‑neck flanges under HS 7307.19, titanium filters under HS 8421.22, and zirconium sputtering targets under HS 8109.20. Evaporation materials are classified under HS 3824.90.

What certifications should I request for titanium alloy items?

Buyers should request ISO 9001 quality‑management certification and ISO 14001 environmental‑management certification. For markets with strict chemical regulations, RoHS and REACH compliance documentation is also advisable.

How are the SiO₂ and TiO₂ sputtering targets packaged for export?

Sputtering targets are normally shipped in double‑layer wooden crates with foam inserts to prevent surface damage. Each crate is sealed with moisture‑resistant film and accompanied by a certificate of purity and dimensions.

What typical lead time is required for custom titanium weld‑neck flanges?

Custom weld‑neck flanges generally require 4 to 6 weeks from order receipt, including material procurement, machining and final inspection. Lead time may extend if additional heat‑treatment or surface‑finish specifications are requested.

Are material test reports provided for silicon nitride bearings?

Yes, the supplier supplies mill test reports that include hardness (≥1800 HV), fracture toughness and dimensional tolerance data for silicon nitride bearings. These reports are issued in accordance with ISO 9001 standards.

What documentation is needed for exporting magnesium fluoride granules?

Export of MgF₂ granules typically requires a material safety data sheet, a certificate of analysis showing particle‑size distribution and purity, and a customs declaration that references HS 3824.90. Buyers should also verify that the shipment complies with any REACH registration requirements for the destination market.