Aerial Platform Main Boom Angle Cylinder (506mm Stroke)

Verified 21 MPa Working Pressure

Rated at 21 MPa working pressure with a 26.5 MPa burst threshold, this cylinder handles the full output of modern AWP hydraulic power units without approaching its safety margin — critical for platforms subject to sudden load shifts.

Precision-Ground Bore (Φ55mm) & Rod (Φ50mm)

The bore-to-rod ratio is deliberately calibrated to limit internal velocity differentials that cause premature seal wear, a common failure mode in rental-fleet cylinders that are cycled heavily by multiple operators every week.

Compact Installation at 1259.7mm CTC

The centre-to-centre installation distance of 1259.7mm fits within the structural envelope of the most common mid-range boom lift chassis widths used in the UK, avoiding the need for platform re-engineering or custom mounting brackets.

Weight-Optimised at 32 kg

At 32 kg, the HCYY11112005 hits the sweet spot between structural robustness and unsprung mass. Lower cylinder weight translates directly into reduced chassis fatigue and extended structural life — a meaningful cost factor for fleet owners managing 20+ platforms.

UK-Compatible Documentation

Every unit ships with full technical data sheets in English, dimensional drawings in SI units, and material certification on request — simplifying compliance with PSSR 2000 and LOLER requirements for UK lift operators and inspection bodies.

Custom Seal & Port Options Available

Our factory team handles non-standard seal compounds, port thread conversions (BSP / SAE), and surface treatment upgrades including hard chrome or ceramic coating — all executed against a documented engineering change order with dimension verification before despatch.

Operating Principle

The main boom angle cylinder operates as a double-acting hydraulic actuator. Pressurised hydraulic fluid enters the cap-end port to extend the rod, lifting the boom arm through its angular range. Flow reversal directs fluid into the rod-end port for retraction, lowering the boom. A pilot-operated check valve (fitted at the platform level) locks the cylinder in position whenever the control valve is in neutral, preventing drift that could destabilise an elevated work basket. Smooth, proportional flow control at the valve determines how gently the boom can be feathered into position — a detail that operators on precision maintenance tasks, such as highway lighting column work or overhead railway electrification in the UK, value highly.

Materials & Construction

The cylinder barrel is machined from seamless cold-drawn steel tube, honed internally to Ra 0.4 or better. The piston rod is turned and ground from 45# steel, then hard-chrome plated to a minimum of 25 microns for corrosion resistance in British outdoor working conditions — particularly relevant in coastal and estuary environments. End caps are ductile iron or steel, threaded and retained with full-thread engagement. Seals are polyurethane-based dynamic elements with PTFE wear rings, selected for low-temperature performance down to -20°C so that cylinder response remains predictable during early-morning winter start-up on UK construction sites.

Typical Application Scenarios

• Telescoping boom aerial work platforms (up to ~18m working height)
• Articulating boom lifts used for bridge inspection across UK motorway networks
• Mast climbers and façade-access platforms on commercial building refurbishment
• Rail-mounted maintenance elevating vehicles on Network Rail infrastructure
• Offshore wind turbine nacelle access platforms (North Sea installations)
• Utility vehicle-mounted platforms for street lighting and overhead power networks

“We were sceptical about moving away from the OEM cylinder, but the engineering data was solid and the lead time was far shorter than our usual supplier. Eighteen months in, no issues. The cylinders have gone through a full Scottish winter without complaint.”

James Whitfield

Fleet Engineering Manager — Plant hire company, Aberdeen

“The documentation package made our LOLER inspection straightforward — material certs, dimensional drawings, everything in one folder. Our inspector commented it was better prepared than most UK-sourced components. Strong recommendation.”

Rachel Stokes

Procurement Lead — Facilities management contractor, Birmingham

“We ordered 16 cylinders across two bore sizes for our boom lift overhaul contract on a railway depot in the Midlands. The response to our technical queries was fast, the price was competitive versus European alternatives, and the delivery hit our project window exactly.”

Tom Harding

Hydraulic Systems Engineer — Rail infrastructure contractor, Coventry

Our manufacturing facility spans over 28,000 m² and houses a dedicated hydraulic cylinder production line running multi-shift operations. CNC honing machines maintain bore tolerances to IT7 grade across production batches, and every completed cylinder passes a full-pressure test on calibrated test benches before release. The factory holds ISO 9001 quality system certification and runs an ongoing process-audit programme.

Product customisation is a core capability, not an afterthought. Our engineering team handles the following on a regular basis for B2B customers across Europe and the UK: non-standard bore and rod diameters, extended or shortened stroke lengths outside the catalogue range, alternative port positions or thread forms (BSP, NPT, ORFS, SAE straight), custom mounting configurations (trunnion, flange, clevis variations), alternative seal compounds for specific fluid types (fire-resistant HFA/HFC, biodegradable ester-based), and special surface treatments. Lead times for modified variants depend on batch size but are typically four to eight weeks from drawing sign-off — a timeline that can be accommodated within most scheduled-maintenance or new-build procurement programmes.

कोटेशन प्राप्त करें — [email protected]