tungku pemanasan Billet

Miturut syarat proses sampeyan, kita bakal nggawe tungku pemanasan billet sing cocog kanggo nyukupi kabutuhan sampeyan. Kualitas tungku pemanasan induksi billet dijamin sawise didol. Sugeng rawuh kanggo takon!

[Feeding system] Each axis is driven by an independent motor reducer, multi-axis drive is set, and a single inverter is controlled to synchronize the multi-axis operation.

[Guide system] Adopt 304 non-magnetic stainless steel guide wheel, and keep the guide wheel with moderate elasticity in the axial direction, so as to adapt to the bending within the allowable range of the billet.

Tungku pemanasan billet nganggo sistem kontrol antarmuka manungsa-mesin PLC sing cerdas kanthi otomatisasi sing kuwat. Tungku pemanasan billet minangka produk ijo, hemat energi lan ramah lingkungan. Kita duwe pengalaman sugih ing R&D lan produksi ing lapangan peralatan pemanasan induksi, welcome kanggo ngunjungi lan mriksa perusahaan!

Proses rolling baja tradisional yaiku billet baja ditumpuk lan digawe adhem, diangkut menyang pabrik rolling, banjur digawe panas ing tungku pemanasan kanggo digulung dadi baja. Proses iki duwe rong cacat:

1. Sawise billet digambar saka caster terus-terusan nggawe baja, suhu ing amben cooling punika 700-900 ° C, lan panas latent saka billet ora èfèktif digunakke.

2. Sawise billet digawe panas dening tungku dadi panas, mundhut saka lumahing billet amarga oksidasi kira 1.5%.

Energy-saving benefit analysis:

1. The coal consumption of the original heating furnace heating billet process is 80 kg/ton of steel (calorific value 6400 kcal/kg), which is equivalent to 72 kg of standard coal; after the technological transformation, the process energy consumption is 38 kWh per ton of steel, which is equivalent to 13.3 kg Standard coal

2. Based on the estimated annual production of steel products of 600,000 tons, the annual savings of standard coal is: (72-13.3) ÷ 1000 × 600,000 tons = 35,220 tons of standard coal.

3. Prinsip hemat energi:

Sawise billet digambar saka mesin casting terus, lumahing wis suhu 750-850, lan suhu internal malah minangka dhuwur minangka 950-1000 ° C. Salah sawijining prinsip dhasar pemanasan induksi yaiku efek kulit, yaiku energi panas ditransfer kanthi bertahap saka pemanasan permukaan. Ndhuwur, siji-katelu saka njero billet ora perlu dipanasake. Miturut ukuran salib-bagean billet sing beda, pilih frekuensi sing beda kanggo entuk efisiensi pemanasan sing luwih apik.

4. Titik hemat energi:

a) Tingkat panggunaan energi sing dhuwur kanggo pemanasan induksi bisa nganti 65 nganti 75%, dene tungku pemanasan regeneratif tradisional mung 25 nganti 30%.

b) Oksidasi permukaan billet pemanasan induksi mung 0.5%, dene tungku regeneratif bisa tekan 1.5-2%.