Dongguan Changxinda Precision Technology Co., Ltd.
8618076650306

Flanged Blind Bore Sleeve with Blind Bore Depth ±0.02mm, Groove Width and Depth ±0.02mm, and Bore to OD Concentricity 0.01mm

Flanged Blind Bore Sleeve with Blind Bore Depth ±0.02mm, Groove Width and Depth ±0.02mm, and Bore to OD Concentricity 0.01mm
Tempat Asal:Dongguan, Guangdong, Cina
Nama merek:China-CXD
Sertifikasi:ISO 9001:2015
Nomor Model:Kebiasaan
Jumlah pesanan minimum:1 buah
Harga:According to the drawing, quoted within 24 hours
Standard Packaging:Lubangnya ditutup, dikantongi satu per satu, karton ekspor berlapis busa, kemasan pelanggan diterima
Waktu Pengiriman:Prototipe 3-7 hari kerja setelah persetujuan gambar termasuk pasivasi; batch kecil 10-100 pcs 7-14 h
Ketentuan Pembayaran:T/T,L/C,D/P,D/A,Western Union
Kemampuan Penyediaan:10.000 Potongan per Bulan
Rincian produk
Menyoroti:

Blind Bore Sleeve Depth

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Flanged Sleeve Grooving

,

0.01mm Bore Fit

Material: SS304, SS316L, SS303, kuningan C36000, 17-4PH
Machining Method: Pembubutan, flensa, dan alur CNC sebelum pengeboran buta
Blind Bore Depth: +/- 0,02 mm, diukur di tengah dan dekat dinding
Blind Bore Diameter: +/-0,01 mm
Bore Bottom Flatness: 0,02 mm
Bore To OD Concentricity: 0,01 mm
Groove Width And Depth: +/- 0,02 mm
Groove Position: +/- 0,05 mm dari flensa
Flange Thickness: +/- 0,02 mm
Flange Squareness To Bore: 0,02 mm
Bore Roughness: Standar Ra 0,8 um, Ra 0,4 um berdasarkan permintaan
Cleanliness: Borescope terverifikasi, lubang ditutup
Size Range: OD 5-100 mm, lubang 2-90 mm, kedalaman hingga 200 mm, dinding mulai 1 mm
Finish Options: Pasifasi ASTM A967, electropolish, bead blast, oksida hitam
Confidentiality: NDA bersama ditandatangani sebelum transfer file
Quality Standard: ISO 9001:2015, GB/T 1804-2000
Deskripsi Produk
Detailed Specifications & Features
Flanged Blind Bore Sleeve — Depth Control and Groove Geometry First A blind bore sleeve locates a pin, sensor, magnet or spring and stops it at a defined depth. Unlike a through bore, the bottom must be flat, square to the axis and at the correct depth — and chips have nowhere to go. A bottom that is not flat gives a false depth reading; a corner radius the drawing does not call for holds the pin off the seat; a chip left at the bottom shows up as a 0.05 mm short assembly
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