ASTM A210 Boiler Baja Karbon Mulus dan Tabung Superheater

ASTM A210 Boiler Baja Karbon Mulus dan Tabung Superheater

ASTM A210 Seamless Carbon Steel Boiler dan Superheater Tubes dirancang khusus untuk aplikasi suhu tinggi dan tekanan tinggi pada boiler dan superheater. Diproduksi untuk memenuhi standar ASTM A210 yang ketat, tabung ini menawarkan kekuatan, ketahanan panas, dan daya tahan yang luar biasa. Mereka banyak digunakan di pembangkit listrik, kilang, dan boiler industri di mana keandalan dan kinerja sangat penting. Jelajahi manfaat tabung ASTM A210 untuk memastikan efisiensi dan umur panjang sistem suhu tinggi Anda.

Komposisi Kimia Boiler Baja Karbon Mulus dan Tabung Superheater ASTM A210

Elemen	Kelas A1 (%)	Kelas C (%)
Karbon (C)	0,27 maks	0,35 maks
Mangan (Mn)	0,93 maks	0.29 – 1.06
Fosfor (P)	0,035 maks	0,035 maks
Belerang (S)	0,035 maks	0,035 maks
Silikon (Si)	Tidak ditentukan	0,10 menit

Sifat Mekanik Boiler Baja Karbon Mulus dan Tabung Superheater ASTM A210

Properti	Kelas A1	Kelas C
Daya tarik	415 MPa (60.000 psi) mnt	485 MPa (70.000 psi) mnt
Kekuatan Hasil	255 MPa (37.000 psi) mnt	275 MPa (40.000 psi) mnt
Pemanjangan	30% min dalam panjang pengukur 2 inci atau 50 mm	30% min dalam panjang pengukur 2 inci atau 50 mm
Kekerasan	Tidak ditentukan	Tidak ditentukan

Spesifikasi

Standar	ASTM A210/A210M Boiler Baja Karbon Menengah dan Tabung Superheater Mulus
Nilai	ASTM A210
Ketebalan	12,7 – 127mm
Diameter luar	0,9 – 12,7mm
Panjang	3000 – 33000m
Berakhir selesai	Berakhir Biasa
Sedang mengemas	Tutup Plastik, Diameter Kecil Dibundel atau Dikemas dalam Peti Kayu, Diameter Besar Dibundel dan Ditutupi dengan Kantong Layak Laut
Permukaan Selesai	Selesai Cerah, Diminyaki
Kondisi pengiriman	Anil
Jenis Tabung	Tabung Lurus, Tabung U
Teknik	Ditarik Dingin/Canai Panas Tanpa Jahitan
Tempat asal	Buatan China
MOQ	3 Ton/Ukuran
Angkutan	Kereta Api, Melalui Laut

Aplikasi Boiler Baja Karbon Menengah dan Tabung Superheater Seamless ASTM A210

Ketel:
Used in various types of boilers for generating steam. Suitable for high-pressure and high-temperature boiler systems. Ensures efficient heat transfer and durability under extreme conditions.

Superheater:
Utilized in superheaters to increase the temperature of steam above its saturation point. Enhances the efficiency of power generation by improving steam quality. Capable of withstanding high temperatures and pressures.

Penukar panas:
Employed in heat exchanger systems for power plants and industrial processes. Facilitates efficient heat transfer between fluids, improving thermal efficiency. Designed for high-temperature service in heat exchanger applications.

Penghemat:
Used in economizers to preheat feedwater, improving boiler efficiency. Reduces fuel consumption by recovering waste heat from flue gases. Withstands thermal cycling and corrosion.

Industri Petrokimia:
Applied in petrochemical plants for heat recovery and process heating. Suitable for high-temperature and high-pressure environments. Ensures reliability and long service life in demanding conditions.

Pembangkit listrik:
Integral component in power generation systems, including fossil fuel and nuclear power plants. Contributes to the efficiency and reliability of steam turbine operations. Capable of handling the rigorous demands of continuous operation.

Boiler Laut:
Used in marine boilers for ship propulsion and onboard power generation. Provides durability and resistance to corrosion in marine environments. Ensures safe and efficient operation of marine vessels.

Boiler Industri:
Deployed in industrial boilers for process heating in various industries. Suitable for applications requiring high-temperature and high-pressure steam. Ensures consistent performance and safety in industrial operations.