Douglas Marine Silenced Springs Mooring Device DOUGLAS MARINE Silenced Springs mooring 75x380mm
Made of specific HR stainless steel, they are equipped with anti-tension end-of-stroke and the particular heads allow a perfect axiality during traction.
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Made of specific HR stainless steel, they are equipped with anti-tension end-of-stroke and the particular heads allow a perfect axiality during traction.
Made of specific HR stainless steel, they are equipped with anti-tension end-of-stroke and the particular heads allow a perfect axiality during traction.
Made of specific HR stainless steel, they are equipped with anti-tension end-of-stroke and the particular heads allow a perfect axiality during traction.
To be used for fixing stern mooring lines to stern rings or bollards in harbours.
To be used for fixing stern mooring lines to stern rings or bollards in harbours.
To be used for fixing stern mooring lines to stern rings or bollards in harbours.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
This mooring springs ensure a non-yielding and long-lasting compensation effect. – Version made of high-strength galvanized steel.- Version made of high-strength polished stainless steel.Safety chain to be installed.
High-resistant low-noise model fitted with friction inserts ]and stainless steel tension rods and bolts.Safety chain to be installed.
High-resistant low-noise model fitted with friction inserts ]and stainless steel tension rods and bolts.Safety chain to be installed.
High-resistant low-noise model fitted with friction inserts ]and stainless steel tension rods and bolts.Safety chain to be installed.
High-resistant low-noise model fitted with friction inserts ]and stainless steel tension rods and bolts.Safety chain to be installed.
High-resistant low-noise model fitted with friction inserts ]and stainless steel tension rods and bolts.Safety chain to be installed.
Made of Dyneema tape, with energy absorber that slows down the boom in the event of an accidental gybe. Simple to install between the boom and the mainsail coarse, the absorber deploys when it reaches the preset load to avoid danger of damage to the shrouds and the rig.
Made of Dyneema tape, with energy absorber that slows down the boom in the event of an accidental gybe. Simple to install between the boom and the mainsail coarse, the absorber deploys when it reaches the preset load to avoid danger of damage to the shrouds and the rig.
This technology means that the load is increased progressively as the spring is pulled. The coils that are close together start working first, then the coils that are further apart begin to work as the load increases. This helps to prevent the spring violently ‘bottoming out’ and becoming damaged under the sudden shock loading when…
This technology means that the load is increased progressively as the spring is pulled. The coils that are close together start working first, then the coils that are further apart begin to work as the load increases. This helps to prevent the spring violently ‘bottoming out’ and becoming damaged under the sudden shock loading when…
Made of salt-resistant EPDM rubber.
Made of salt-resistant EPDM rubber.
Made of salt-resistant EPDM rubber.
Made of salt-resistant EPDM rubber.
Made of salt-resistant EPDM rubber.
Made of salt-resistant EPDM rubber.
Subtotal: 71,00 €