carbon steel tie rod cylinder
"Kelas profesional Hydraulic Tie Rod Cylinder Double Acting Untuk Tekanan Menengah Industri
Hydraulic Tie Rod Cylinder – Double Acting A professional grade tie rod hydraulic cylinder suitable for medium pressure industrial applications. The tie rod design offers a balance of strength and serviceability, making it a common choice for general machinery. Specifications: Type: Double acting Construction: Tie rod Material: Carbon steel Rod treatment: Hard chrome plating Origin: Jiangsu, China
Double Acting Tie Rod Silinder Hidraulik dengan Hard Chrome Plated Rod dan Karoseri Karbon Steel
Silinder hidrolik tie rod dengan operasi kerja ganda dan konstruksi tie rod untuk memudahkan perawatan. Dilengkapi bodi baja karbon, batang berlapis krom keras untuk ketahanan aus, dan tekanan diuji sebelum pengiriman. Tersedia dalam beberapa konfigurasi bore/stroke dengan opsi OEM khusus.
Silinder Hidraulik Tie Rod Kerja Ganda dengan Batang Berlapis Krom Keras dari Baja Karbon
Heavy Duty 2H Series Tie Rod Hydraulic Cylinder Product Overview Professional-grade tie rod hydraulic cylinder designed for demanding industrial applications. This double-acting cylinder features robust construction and precision engineering for reliable performance in heavy-duty environments. Key Features: Double-acting operation Carbon steel construction Hard chrome plated piston rod (≥20μm) Factory pressure tested and leak checked Manufactured in Jiangsu, China Technical
baja karbon Double Acting Tie Rod Silinder Hidraulik Penggunaan Umum Industri
Tie Rod Hydraulic Cylinder – General Industrial Use Description: This is a double-acting tie rod hydraulic cylinder made from carbon steel with a hard chrome plated piston rod. It is designed for medium-pressure applications in various industrial settings. Each cylinder is pressure tested before leaving the factory. Bore size, stroke length, and mounting style can be customized to meet your specific requirements. Manufactured in Jiangsu, China. Contact us for pricing and lead
Silinder Tie Rod Hidraulik 40/25-60 untuk mesin industri
Professional Manufacture Hydraulic Cylinder 40/25-60 This double-acting hydraulic cylinder is made from quality carbon steel with a hard chrome plated piston rod. The 40mm bore and 60mm stroke make it suitable for a range of industrial machinery applications. Specifications: Bore: 40mm Rod: 25mm Stroke: 60mm Type: Double acting, tie rod Rod finish: Hard chrome (≥20μm) Material: Carbon steel
Double Acting Tie Rod Silinder Hidraulik dengan Hard Chrome Plated Rod dan Karoseri Karbon Steel
Silinder hidrolik tie rod profesional untuk permesinan/metalurgi. Aksi ganda, batang berlapis krom keras, bodi baja karbon. Rangka yang ringkas dan kuat, tekanan telah teruji keandalannya.
Silinder minyak hidrolik dengan lubang 40mm 25mm Rod dan 60mm Stroke - Tie Rod Cylinder untuk Otomasi Industri
Silinder Oli Hidraulik dengan lubang 40mm, batang 25mm, langkah 60mm. Konstruksi batang pengikat kerja ganda dari baja dengan batang piston berlapis krom keras. Opsi yang dapat disesuaikan tersedia. Dibuat di Jiangsu, Tiongkok.
Silinder Minyak Hidraulik Berfungsi Ganda Profesional dengan Desain Rod Tie dan Rod Piston Plated Chrome Hard
Professional Hydraulic Oil Cylinder 40/25-60 – Double Acting Tie Rod Design This standard double-acting hydraulic cylinder features a 40mm bore, 25mm rod diameter, and 60mm stroke. Constructed from high-strength carbon steel with a hard chrome plated piston rod (≥20μm), it offers exceptional durability and performance. The tie rod design facilitates easy maintenance and seal replacement, making it ideal for medium-pressure industrial applications. Manufactured in Jiangsu,
Silinder Batang Pengikat Hidraulik Industri dengan Batang Piston Berlapis Krom Keras Bertindak Ganda dan Ukuran Lubang Khusus
Silinder Batang Pengikat Hidraulik – Kelas Industri. Silinder kerja ganda dengan konstruksi baja karbon, batang piston berlapis krom keras, dan kisaran tekanan 10-31,5MPa. Tersedia ukuran lubang khusus, panjang goresan, dan opsi pemasangan. Diproduksi di Jiangsu, Cina.
