Wysokociśnieniowy siłownik hydrauliczny jednostronnego działania, pręt Cylindry hydrauliczne o dużej wytrzymałości, z drążkiem kierowniczym
High Pressure Single Acting Cylinder Hydraulic Cylinder Rod Heavy Duty Tie Rod Hydraulic Cylinders Heavy duty tie rod hydraulic cylinders designed for demanding industrial applications with precision control and reliable performance. Main Application Areas Industrial automation systems Numerical Control Machine Tools: Position closed-loop control for tool feed and clamping devices Injection molding and die-casting machines: Precise control of mold clamping force and injection
CAG CGAS Głowica z przegubowym pierścieniem podnoszącym CDH1 MP5 Ciężki cylinder hydrauliczny
CAG CGAS Articulated Lifting Ring Head CDH1 MP5 Heavy Duty Hydraulic Cylinder Feature Description Construction Type Welded heavy-duty cylinder (not tie-rod type); high structural rigidity and excellent resistance to bending moments. Operating Pressure Typically rated at 21–35 MPa (some models up to 40 MPa), suitable for high-pressure hydraulic systems. Bore Diameter Range Commonly from Φ100 mm to Φ630 mm , capable of generating thrust forces in the hundreds of tons. Stroke
Cylinder hydrauliczny ceramiczny na zamówienie dla wału ucha środkowego w inżynierii hydraulicznej
Custom Ceramics Hydraulic Cylinder for Middle Ear Shaft in Hydraulic Engineering Stainless Steel Hydraulic Cylinders – Precision-Built for Corrosive and Demanding Environments Designed for resilience and reliability, stainless steel hydraulic cylinders merge the inherent strength of premium-grade stainless steel with advanced hydraulic engineering. Their natural corrosion resistance—thanks to a protective chromium oxide surface layer—makes them exceptionally well-suited for
Instalacja ceramicznego siłownika hydraulicznego do inżynierii hydraulicznej na wale ucha środkowego
Guoyue CE Certificate Double-Acting Stainless Steel Hydraulic Cylinders Ceramic hydraulic cylinders for hydraulic engineering combine advanced ceramic materials with hydraulic technology, specifically designed for harsh working conditions including high wear, strong corrosion, and sediment erosion in hydraulic applications. Ceramic materials such as zirconia and silicon carbide feature exceptional hardness (2000-3000HV), significantly exceeding stainless steel (200-300HV),