40 bore cylinder
See Dimensions Tab
The 40 bore cylinders construction is 316 stainless steel with a high grade engineering polymer seal, Duplex stainless steel 40 bore cylinder can be manufactured for seawater service. An additional ceramic coating can be applied for extreme operating environments and duty cycles.

The Janus 40 bore cylinder design is simple and robust ensuring a long service life with low maintenance; offering a most cost effective solution.

TWHC can offer special cylinders to suit customer applications or specifications; please contact us with your specific requirements.

Cylinder Force
Piston Ø [mm]
Piston Area [cm²]
Rod Ø [mm]
Ring Area [cm²]
Cylinder efficiency factor.
0.98
Stroke [mm]
500

 

  • Info
  • Specification
  • Dimensions
  • Downloads
Our 40 bore hydraulic cylinders feature a robust tie-bar design, delivering exceptional durability and superior corrosion resistance for demanding industrial applications. In addition, this standard range of hydraulic cylinders is available in both single-acting and double-acting configurations, offering flexibility for various hydraulic systems. Furthermore, each cylinder supports a maximum operating pressure of 160 bar and a speed of up to 0.3 m/sec, ensuring reliable performance in high-pressure environments.
Part No Description RFQ
040-W-D-25-F-B-* Tap water, Double acting, 25 Ø rod, Female thread, Rear flange, * Specify the stroke on RFQ.
040-W-D-25-F-F-* Tap water, Double acting, 25 Ø rod, Female thread, Front flange, * Specify the stroke on RFQ.
040-W-D-25-M-B-* Tap water, Double acting, 25 Ø rod, Male thread, Rear flange, * Specify the stroke on RFQ.
040-W-D-25-M-F-* Tap water, Double acting, 25 Ø Rod, Male thread, Front flange, * Specify the stroke on RFQ.
040-W-D-25-R-R-* Tap water, Double acting, 25 Ø rod, Spherical bearing rod end, Spherical bearing mounting, * Specify the stroke on RFQ.
040-W-D-25-R-R-* Tap water, Double acting, 25 Ø rod, Spherical bearing rod end, Spherical bearing mounting, * Specify the stroke on RFQ.
040-W-D-25-U-U-* Tap water, Double acting, 25 Ø rod, Plain bearing rod end, Plain bearing mounting, * Specify the stroke on RFQ.
Custom Cylinder 40 Ø Please quote Rod end, Body Mounting and Stroke.
Bore Ø 40
Rod Ø 25
Max. Operating Pressure 160 Bar
Max Speed (m/sec) 0.3
Constuction Materials AISI 316, Engineered Polymer *
Temp Max ** 50° C
Min ** 2° C

* Duplex 2205 stainless steel available on request

** Higher temperature operation is possible, consult TWHC for details.

*** Consult TWHC for lower temperature conditions.

NOMINAL BORE 40
ROD 25
ROD INTERNAL
THREAD (SIZE x PITCH x LENGTH)
M16 x 12 x 32
ROD INTERNAL
THREAD (SIZE x PITCH x LENGTH)
M22 x 1.5 x 25
A 113
B FLANGE WIDTH 15
C Ø 112
D NO FLANGE 52.7
E A/F 22
F Ø 75
G CRS+STROKE 209.7
H Ø 10.5
I PCD 95
J Ø PLAIN 16
K 37
L PLAIN (WIDEST POINT) ROD 22
BODY 22
M STUD LENGTH 12
N WITHOUT FLANGE 24.7
O MALE WITHOUT FLANGE 34.7
P BSP P 1/4″
SPHERICAL BEARINGS D NO FLANGE 52.7
G CRS + STROKE 209.7
J Ø 16
K 37
L (WIDEST) ROD 21
BODY 21

Download Technical Resources

Access essential files to support your design and engineering projects:
  • PDF Files (Portable Document Format): View detailed product specifications and manuals using popular readers like Google Chrome or Adobe Acrobat Reader.
  • STEP Files (Standard for the Exchange of Product Data): Import accurate 3D models into leading CAD software, including SolidWorks, AutoCAD 3D, and Blender, for seamless integration into your hydraulic system designs.
  • Info
  • Specification
  • Dimensions
  • Downloads
Our 40 bore hydraulic cylinders feature a robust tie-bar design, delivering exceptional durability and superior corrosion resistance for demanding industrial applications. In addition, this standard range of hydraulic cylinders is available in both single-acting and double-acting configurations, offering flexibility for various hydraulic systems. Furthermore, each cylinder supports a maximum operating pressure of 160 bar and a speed of up to 0.3 m/sec, ensuring reliable performance in high-pressure environments.
Part No Description RFQ
040-W-D-25-F-B-* Tap water, Double acting, 25 Ø rod, Female thread, Rear flange, * Specify the stroke on RFQ.
040-W-D-25-F-F-* Tap water, Double acting, 25 Ø rod, Female thread, Front flange, * Specify the stroke on RFQ.
040-W-D-25-M-B-* Tap water, Double acting, 25 Ø rod, Male thread, Rear flange, * Specify the stroke on RFQ.
040-W-D-25-M-F-* Tap water, Double acting, 25 Ø Rod, Male thread, Front flange, * Specify the stroke on RFQ.
040-W-D-25-R-R-* Tap water, Double acting, 25 Ø rod, Spherical bearing rod end, Spherical bearing mounting, * Specify the stroke on RFQ.
040-W-D-25-R-R-* Tap water, Double acting, 25 Ø rod, Spherical bearing rod end, Spherical bearing mounting, * Specify the stroke on RFQ.
040-W-D-25-U-U-* Tap water, Double acting, 25 Ø rod, Plain bearing rod end, Plain bearing mounting, * Specify the stroke on RFQ.
Custom Cylinder 40 Ø Please quote Rod end, Body Mounting and Stroke.
Bore Ø 40
Rod Ø 25
Max. Operating Pressure 160 Bar
Max Speed (m/sec) 0.3
Constuction Materials AISI 316, Engineered Polymer *
Temp Max ** 50° C
Min ** 2° C

* Duplex 2205 stainless steel available on request

** Higher temperature operation is possible, consult TWHC for details.

*** Consult TWHC for lower temperature conditions.

NOMINAL BORE 40
ROD 25
ROD INTERNAL
THREAD (SIZE x PITCH x LENGTH)
M16 x 12 x 32
ROD INTERNAL
THREAD (SIZE x PITCH x LENGTH)
M22 x 1.5 x 25
A 113
B FLANGE WIDTH 15
C Ø 112
D NO FLANGE 52.7
E A/F 22
F Ø 75
G CRS+STROKE 209.7
H Ø 10.5
I PCD 95
J Ø PLAIN 16
K 37
L PLAIN (WIDEST POINT) ROD 22
BODY 22
M STUD LENGTH 12
N WITHOUT FLANGE 24.7
O MALE WITHOUT FLANGE 34.7
P BSP P 1/4″
SPHERICAL BEARINGS D NO FLANGE 52.7
G CRS + STROKE 209.7
J Ø 16
K 37
L (WIDEST) ROD 21
BODY 21

Download Technical Resources

Access essential files to support your design and engineering projects:
  • PDF Files (Portable Document Format): View detailed product specifications and manuals using popular readers like Google Chrome or Adobe Acrobat Reader.
  • STEP Files (Standard for the Exchange of Product Data): Import accurate 3D models into leading CAD software, including SolidWorks, AutoCAD 3D, and Blender, for seamless integration into your hydraulic system designs.