330 Lembaran Baja Tahan Karat

330 lembaran baja tahan karat is a high-nickel, heat-resistant alloy designed for extreme temperature environments. Dengan excellent oxidation resistance, strong thermal fatigue resistance, and reliable high-temperature strength, it is ideal for furnace components, sistem pemrosesan termal, and industrial heating equipment.

It is particularly suitable where long service life and structural stability at elevated temperatures are critical.

Keterangan

330 lembaran baja tahan karat is a high-nickel, heat-resistant austenitic stainless steel designed for excellent oxidation resistance and strength at elevated temperatures. It performs reliably in continuous high-temperature environments where standard grades such as 304 atau 316 may lose strength or scale excessively.

330 stainless steel is commonly used in furnace components, peralatan perlakuan panas, dan industri pemrosesan termal.

1. Komposisi Kimia dari 330 Baja Tahan Karat

The typical chemical composition is:

Elemen	Isi (%)
Kromium (Kr)	17.0 – 20.0
Nikel (Di dalam)	34.0 – 37.0
Besi (Fe)	Keseimbangan
Karbon (C)	≤ 0.08
mangan (M N)	≤ 2.0
Silikon (Dan)	≤ 1.5
Fosfor (P)	≤ 0.04
Sulfur (S)	≤ 0.03

Key Alloying Characteristics

Nikel Tinggi (34–37%)
Provides excellent high-temperature strength and resistance to thermal shock.
Kromium (17–20%)
Enhances oxidation and scaling resistance at elevated temperatures.
Kandungan Karbon Rendah
Improves weldability and reduces risk of carbide precipitation.

2. Mechanical and Thermal Properties

Milik	Nilai Khas
Kekuatan Tarik	≥ 515 MPa
Kekuatan Hasil	≥ 205 MPa
Pemanjangan	≥ 40%
Maximum Continuous Service Temp	Up to 1149°C (2100°F)
Resistensi Oksidasi	Excellent at high temperature

Performance Highlights

Outstanding resistance to oxidation and carburization
Excellent resistance to thermal fatigue
Good structural stability at elevated temperatures
Kemampuan las dan kinerja fabrikasi yang baik

3. High-Temperature Performance

330 stainless steel sheet is specifically engineered for heat-intensive applications:

3.1 Resistensi Oksidasi

Maintains surface integrity in air up to approximately 1149°C (2100°F).

3.2 Ketahanan Karburisasi

Performs well in carburizing and nitriding atmospheres compared with standard stainless steels.

3.3 Ketahanan Guncangan Termal

High nickel content improves resistance to cracking during rapid heating and cooling cycles.

4. Aplikasi Umum dari 330 Lembaran Baja Tahan Karat

Because of its heat resistance and durability, 330 stainless steel sheet is widely used in:

Heat Treatment Industry

Furnace liners
Balasan
Annealing covers
Heat treating baskets

Industrial Thermal Equipment

Kiln components
Combustion chambers
Burner parts
Radiant tubes

Petrochemical and Energy Sector

High-temperature ducting
Penukar panas
Reactor internals

Aerospace and Industrial Manufacturing

High-temperature structural parts
Thermal processing components

5. Perbandingan dengan 304 Dan 310 Baja Tahan Karat

Milik	304	310	330
Kandungan Nikel	8–10%	19–22%	34–37%
Max Service Temp	~870°C	~1100°C	~1149°C
Resistensi Oksidasi	Bagus	Sangat bagus	Bagus sekali
High-Temp Strength	Sedang	Tinggi	Sangat Tinggi