耐摩耗性が向上したセラミック材料サマラビンジリンスキーノボモスコフスクセラミック壁タイルおよび仕上げ製品の種類ガラス技術の用途特性の種類, 原材料とコーティング
Ceramic material with improved wear resistance.
Ceramic material with high wear resistance and a zero coefficient of thermal expansion consists of a tungstate of zirconium. Has high structural and mechanical strength, incarnum effect – invariance sizes as during heating and cooling in a wide temperature interval from -100 に +200, ほとんど “永遠の” 生活.
説明:
Ceramic material with high wear resistance and a zero coefficient of thermal expansion consists of a tungstate of zirconium. 彼 – tungstate Zirconia provides セラミック injury effect – the constancy of size as during heating and cooling in a wide temperature interval from -100 に +200 オペレーティングシステム, and also provides such qualities as efficient performance in extreme conditions, high structural 力 and light weight. Despite the fact that the ceramic material is ceramic, it has a unique high mechanical strength.
This ceramic material is used for manufacturing a new class of locking elements for pipelines of oil and gas complex and well withstand a pressure of 40 雰囲気. Shut-off バルブ designed to shut off the flow 炭化水素の に the tube. Requirements to the materials of valves is very high, since its elements have the strongest load. Injury effect reduces friction any valves to almost zero, whereby the service life increases substantially, it becomes very long, “almost eternal”. この, 順番に, will reduce the volume and frequency of costly repairs on gas and oil pipelines, caused by the replacement of the valving elements.
タングステン酸ジルコニウムをベースにした耐摩耗性が高く、熱膨張係数がゼロのセラミック材料は、ロシアや世界に類似物がありません。. 主な問題は、ジルコニウムのタングステン酸塩がセラミックに入るのが非常に難しいことです. 以前は世界で誰もしませんでした, しかし彼らの研究の過程で, 本発明者らは、セラミックの組成中のジルコニウムのタングステン酸塩の最適な含有量および効率的な焼結方法を決定する問題に対する技術的解決策を発見した。.
Ceramic material based on zirconium tungstate applies to nanomaterials the nano.
利点:
– high structural strength,
– 高い機械的強度,
– has incarnum effect – invariance sizes as during heating and cooling in a wide temperature interval from -100 to +200oC,
– ほとんど “永遠の” 生活.
注意: ©写真 .
