CL
Clevis (forked mounting)
Pin connection with a single rod; rotational freedom. The most common type for tippers, trailer opening and mobile platforms.
Technical Resources
Datasheets, CAD files and selection guide.
Mounting types, seal selection, standards and cylinder selection guides. Project drawings and CAD files (STEP/DXF) are shared by our engineering team.
Production & products
Product family datasheets
Standard cylinder families: dimension tables
Industrial Cylinders
Type: Single-acting · Double-acting · Bore: 25-320 mm · Rod diameter: 15-250 mm
Single and double-acting industrial cylinders. Bore 25-320 mm, built to drawing and produced in series.
Spec & datasheet requestTelescopic Cylinders
Type: Single-acting · Double-acting · Number of stages: 2-7 · Stroke: 100–12,600 mm
Single and double-acting telescopic cylinders. 2-7 stages, total stroke 100–12,600 mm.
Spec & datasheet requestBuilt to Drawing
Design input: Drawing · design file · technical spec · sample · Output: Sample → series production · Spec freedom: Bore · stroke · pressure · mounting · seal brand
Cylinders built to customer drawing, design file or technical specification.
Spec & datasheet requestFull datasheet PDFs (dimension table + cross-section + mounting options) are shared per project. You can request them by filling out the general catalogue inquiry form.
Mounting types
Cylinder mounting types
The six most common mounting types are shown below. The detail page lists all mounting types with their ISO 6099 codes.
TR
Trunnion (side-axis)
Twin trunnion pins from the side of the body; heavy axial load plus rotation. Excavator boom, concrete pump.
FL
Flange (flanged)
Bolted connection via front or rear flange; fixed body, no axis shift. Press, fixed industrial.
FT
Foot (foot-mounted)
Foot profile under the body, bolted from below; low profile, fixed cylinders.
RE
Rod End (rod-end joint)
Rotational joint added to the rod end: rod eye or rod clevis. Rotational freedom on both sides.
CR
Cross-tube (transverse tube)
A pin tube fitted transversely to the rod or body end; common in agriculture and light construction machinery.
Full catalogue
All mounting types and ISO 6099 codes
Flange, clevis and pivot, foot, trunnion, extended tie-rod and rod-end mountings.
Detailed guides
Hydraulic cylinder knowledge base
Detailed pages on component anatomy, the production flow, seal selection and standard references, compiled by the engineering team.
Hydraulic Cylinder Anatomy
9 main components: barrel, piston, rod, head, cap, seal, gland, cushion, port. Function + material + HPS production status.
View detailMounting Types Catalogue
Flange, clevis and pivot, foot, trunnion, extended tie-rod and rod-end mountings, with ISO 6099 codes.
View detailProduction Flow
Production stages from cutting to pressure testing, and hard-chrome plating of telescopic stage tubes.
View detailSeal Selection Guide
5 materials (NBR, HNBR, PU, FKM, PTFE) pressure + temperature + application matrix. Seal kit components.
View detailReference Standards
Acceptance testing (ISO 10100), hydraulic system safety (ISO 4413), barrel tube (EN 10305-1) and inspection certificates (EN 10204 3.1).
View detailFrequently Asked Questions
Clear answers to 15 questions, from bore-force calculation to delivery terms. Engineering-approved.
View detailHydraulic Cylinder Glossary
24 core terms: bore, rod, stroke, stage, sealing, buckling... Short, accurate definitions.
View detailProduction Range Tables
Bore → OD → rod list + push force at 200 bar + class.
View detailKnowledge notes
Hydraulic cylinder selection and usage notes
Cylinder selection: bore, stroke, pressure calculation
Starting from the required force, speed and stroke in the application, selecting bore diameter + nominal pressure + mounting type.
Seal selection: NBR · FKM · PU · PTFE
Seal system based on operating temperature, fluid type (mineral oil, bio-oil, water-glycol), pressure and number of cycles.
Buckling length calculation (Euler)
Rod buckling risk at full stroke: verifying rod diameter and body-bearing distance with the Euler formula.
Telescopic cylinder: stage stopping
Internal stopping (built-in + buffer) and external stop ring selection; hydraulic shock management in long-stroke applications.
Test procedure
Individual pressure test of each cylinder before shipment; test duration, sealing acceptance criterion, test report.
Detailed knowledge notes are shared as PDFs by engineering. Send an inquiry for a specific topic.
Seal selection
Sealing material: pressure, temperature, application matrix
Seal kit selection depends on operating pressure, temperature range and fluid type. HPS provides an application-based selection recommendation.
NBR (Nitrile)
Pressure≤ 250 bar
Temperature≤ 90°C
General hydraulics, mineral oil · inexpensive, broad compatibility
HNBR
Pressure≤ 300 bar
Temperature≤ 120°C
Enhanced NBR: bio-oil + high temperature
Polyurethane (PU)
Pressure≥ 400 bar
Temperature≤ 100°C
Heavy-duty, abrasion resistance, high cycle life
FKM
PressureHigh
Temperature≤ 200°C
High temperature, chemical resistance, abrasive fluid
PTFE
PressureAny level
Temperature−50 / +250°C
Extreme temperature, chemical inertness, niche application
Reference standards
ISO / EN: scope and application
- ISO 10100
- Hydraulic cylinder acceptance test
- ISO 4413
- Hydraulic system safety
- EN 10305-1 E355
- Cold-drawn seamless honed tube (cylinder barrel)
- EN 10204 3.1
- Inspection certificates for tube and rod
Request a CAD file or datasheet
Project drawings and CAD files (STEP/DXF) are shared by our engineering team.
Inquiry form