sambungan pangkuan baja tahan karat tempa flensa longgar kerah sch flensa ujung rintisan

Flensa sambungan puteran mbutuhake rong komponen pipa kanggo saben sisih sambungan flensa, pucuk stub lan flensa pendukung sing longgar. Flensa pendukung sing longgar dipasang ing diameter njaba pucuk stub, sing dilas butt menyang pipa. Flensa pendukung ora dilas menyang pipa, lan bisa diputer, sing migunani banget nalika perlu nyetel flensa sajrone pemasangan.

Uga, amarga flens pendukung ora kena kontak karo cairan proses, mula bisa digawe saka bahan sing kurang tahan korosi. Contone, yen proses kasebut korosif lan mbutuhake pipa digawe saka baja tahan karat, kaya ing ASTM A312 TP316L, mula ujung stub uga kudu digawe saka SS 316L; nanging, flens pendukung bisa digawe saka ASTM A105 sing luwih murah.

Cara sambungan iki ora sekuat flens gulu las nanging luwih unggul tinimbang sambungan sekrup, las soket, lan sambungan slip-on; nanging, luwih larang kanggo dileksanakake, amarga mbutuhake las butt penetrasi lengkap lan mbutuhake rong komponen.

Ujung Stub bakal tansah digunakake karo flens Lap Joint, minangka flens pendukung.

Sambungan flens iki diterapake, ing aplikasi tekanan rendah lan non-kritis, lan minangka metode flanging sing murah.
Ing sistem pipa baja tahan karat, contone, flens baja karbon bisa dipasang, amarga flens kasebut ora kena kontak karo produk ing pipa.

Ujung Stub kasedhiya ing meh kabeh diameter pipa. Dimensi lan toleransi dimensi ditetepake ing standar ASME B.16.9. Ujung Stub (fitting) tahan korosi sing entheng ditetepake ing MSS SP43.

• Kebebasan kanggo muter ing sekitar pipa nggampangake penyusunan bolongan baut flens sing madhep.
• Kurangé kontak karo cairan ing pipa asring ngidinake panggunaan flensa baja karbon sing murah kanthi pipa tahan korosi.
• Ing sistem sing cepet erosi utawa korosi, flensa kasebut bisa disimpen kanggo digunakake maneh.

Tampilake rincian produk

1. Rai
rai rata, Radius iku sing paling penting

2. Kanthi hub utawa tanpa hub

3. Rampungan rai
Lapisan ing lumahing flens diukur minangka Arithmetical Average Roughness Height (AARH). Lapisan kasebut ditemtokake dening standar sing digunakake. Contone, ANSI B16.5 nemtokake lapisan lumahing ing kisaran 125AARH-500AARH (3.2Ra nganti 12.5Ra). Lapisan liyane kasedhiya miturut panyuwunan, contone 1.6 Ra maks, 1.6/3.2 Ra, 3.2/6.3Ra utawa 6.3/12.5Ra. Kisaran 3.2/6.3Ra paling umum.

Nandhani lan ngemas

• Saben lapisan nggunakake film plastik kanggo nglindhungi permukaan

• Kanggo kabeh baja tahan karat dikemas nganggo kothak kayu lapis. Kanggo ukuran sing luwih gedhe, flens karbon dikemas nganggo palet kayu lapis. Utawa bisa disesuaikan karo kemasan.

• Tandha pengiriman bisa digawe miturut panyuwunan

• Tandha ing produk bisa diukir utawa dicetak. OEM ditampa.

Inspeksi

• Tes UT

• Tes PT

• Tes MT

• Tes dimensi

Sadurunge pangiriman, tim QC kita bakal ngatur uji NDT lan inspeksi dimensi. Uga nampa TPI (inspeksi pihak katelu).

Proses produksi

Pipe fittings are crucial components in the piping system, used for connection, redirection, diversion, size change, sealing or controlling the flow of fluids. They are widely applied in fields such as construction, industry, energy and municipal services.

Key Functions: It can perform functions such as connecting pipes, changing flow direction, dividing and merging flows, adjusting pipe diameters, sealing pipes, controlling and regulating.

Application Scope:

• Building water supply and drainage: PVC elbows and PPR tris are used for water pipe networks.
• Industrial pipelines: Stainless steel flanges and alloy steel elbows are used to transport chemical media.
• Energy transportation: High-pressure steel pipe fittings are used in oil and gas pipelines.
• HVAC (Heating, Ventilation, and Air Conditioning): Copper pipe fittings are used to connect refrigerant pipelines, and flexible joints are used for vibration reduction.
• Agricultural irrigation: Quick connectors facilitate the assembly and disassembly of sprinkler irrigation systems.