|
Payment Type |
L/C, T/T, D/P, Paypal |
|
Incoterm |
FOB, CFR, CIF, EXW, CIP, DDP |
|
Min. Order |
1 Piece/Pieces |
|
Transportation |
Ocean, Land, Air |
|
Model |
100 70-380 |
|
Payment Type |
L/C, T/T, D/P, Paypal |
|
Incoterm |
FOB, CFR, CIF, EXW, CIP, DDP |
|
Min. Order |
1 Piece/Pieces |
|
Transportation |
Ocean, Land, Air |
|
Model |
100 70-380 |
Product Attributes
|
Model No. |
100 70-380 |
|
Brand |
NOK Hydraulic |
|
Warranty Period |
1.5 Years |
|
Out-of-warranty Service |
Online Support |
|
Where To Provide Local Services (in Which Countries Are There Overseas Service Outlets) |
Indonesia |
|
Showroom Location (in Which Countries Are There Sample Rooms Overseas) |
None |
|
Place Of Origin |
China |
|
Service System |
Online Support |
|
Support Customization |
Oem, Odm |
Packaging & Delivery
|
Selling Units |
Piece/Pieces |
Hydraulic cylinders serve as the muscle behind modern industrial automation, delivering unmatched linear force in the most demanding environments. These rugged actuators generate precise pushing/pulling forces from 100kg to 5,000+ tons with positioning accuracy up to ±0.001mm in servo-controlled models. Their robust construction - featuring hardened steel tubes, chrome-plated rods, and multi-lip seals - withstands extreme conditions including Arctic cold (-60°C), desert heat (150°C+), and high-pressure washdowns (IP69K). The technologyx27s power density outperforms electromechanical alternatives 5:1, enabling compact solutions for space-constrained installations like aircraft landing gears and submarine hatches.
Critical applications span from micro-positioning stages in semiconductor manufacturing to mega-scale tunnel boring machines requiring 20,000-ton thrust. Automotive production lines utilize high-speed cylinder,s achieving 500+ cycles/minute for engine block machining, while offshore oil rigs depend on corrosion-resistant models with duplex stainless steel construction. Emerging applications include renewable energy - hydraulic cylinders precisely adjust 100-meter wind turbine blades against hurricane-force winds, and wave energy converters use seawater-lubricated designs for maintenance-free operation.
Advanced models now incorporate self-diagnosing capabilities with embedded strain gauges predicting seal failure months in advance, and graphene-coated components reducing friction by 40%. Energy-recovery cylinders convert motion into electricity during deceleration, while IoT-enabled smart cylinders transmit real-time performance data via 5G networks. These innovations cement hydraulic cylinders as indispensable components where brute strength, precision, and reliability converge - from Mars rover landing systems to micro-surgical robots requiring nanometer-level motion control.