CNC Machining Shaped Carbon Steel Flanges. Non-standard customized mechanical parts. Precision spare parts generation, manufacturing and sales.
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CNC 機械加工成形炭素鋼フランジ

チタンインプラントは、欠けたり失われた歯を修復する最も効果的な手段の1つです。. 臨床現場で使用される最も一般的で人気のあるインプラント材料は、純チタンおよびチタン合金です。. 口腔インプラント材料科学の発展に伴い, インプラントは材質により大きく5種類に分類されます: 金属および合金材料, 炭素材料, ポリマー材料, セラミック材料と複合材料. チタンインプラント チタン根釘
In modern industry, turbine impellers are widely used as a high-efficiency and reliable mechanical element in various mechanical devices. A turbine impeller is a device that utilizes its curved blades to generate centrifugal force and kinetic energy when rotating, thus converting energy into mechanical work. Turbine impellers are widely used, such as automobile engines, aircraft engines, ship propellers, gas turbines and so on, and are one of the core components of many mechanical equipment. CNC 5-axis Machining of Titanium Impeller

ブランド名: スンイー・プレシジョン
認証: ISO90001，ISO13485
最低注文数量: ワンピース
支払い条件: 信用状, T/T
原産地: 広東省, 中国
価格: 必要に応じて見積もり

カテゴリ:

説明

Carbon Steel Flanges Introduction:

製品: Carbon steel flanges

Processing method: CNC processing

材料: Q235 carbon steel

Surface treatment: Galvanized

Strength level: 12

Applicable industries: rail transportation equipment manufacturing, automobile manufacturing

CNC 機械加工成形炭素鋼フランジ. 非標準のカスタマイズされた機械部品. 精密なスペアパーツの生成, 製造・販売.

CNC 機械加工成形炭素鋼フランジ. 非標準のカスタマイズされた機械部品. 精密なスペアパーツの生成, 製造・販売.

CNC 機械加工成形炭素鋼フランジ. 非標準のカスタマイズされた機械部品. 精密なスペアパーツの生成, 製造・販売.

Advantages and disadvantages of carbon steel materials

Advantages

1. High strength:

Carbon steel has high strength and can be used to withstand high loads and forces.

2. Low manufacturing cost:

Carbon steel is less expensive to manufacture as compared to other alloy steel materials as its main components are carbon and iron and are more widely and easily available.

3. Good machinability:

Carbon steel is easy to machine and form, and can be cold worked, hot worked, 等. to produce parts of different shapes and sizes.

4. Strong weldability:

Carbon steel has good welding properties and is suitable for a variety of welding methods, such as arc welding, gas shielded welding and so on.

5. Higher corrosion resistance:

Carbon steel can be improved by surface treatment (such as plating, coating) to improve its corrosion resistance, suitable for some general corrosive environment.

Disadvantages

1. Prone to rusting:

Carbon steel is prone to rusting in wet, oxygen-present environments and requires anti-corrosion measures to protect its surface.

2. Low abrasion resistance:

Compared to some alloy steels, carbon steel has low abrasion resistance and is susceptible to wear and tear.

3. Low temperature resistance:

Carbon steels have limited resistance to high temperatures and may become embrittle and fail when temperatures exceed their thermal stability.

4. high carbon steel is susceptible to carbonization:

At elevated temperatures, carbonization of high carbon steel may occur, resulting in a loss of strength and toughness of the material.

5. Unsuitable for extreme environments:

Carbon steel may corrode and fail in some extreme environments, such as strong acids, strong bases, and high concentrations of salt water.

More information, welcome to contact SUN-YEE TECH.