Compact 35 is the most suitable for lifting height application.
Compact 35 is a rotation resistant rope and made with compacted parts of outer strands and inner strands.
Compact 35 has an extremely high breaking strength with a very strong resistance against drum crushing.
Compact 35 is fully lubricated and made out of galvanized or ungalvanized wires.
35x7 Class ropes have less than 2 degrees of rotation.
Warning: Wire rope & aircraft cable should never be used at breaking strength. 10:1 safety factor minimum is recommended for critical/overhead application. Do not use for overhead lifting without consulting a wire rope rigging professional. End fittings may not hold to 100% of strength efficiency so a safety factor such as 5:1 should be divided into the assembly actual strength. A pull test is recommended for quality assurance.
Compact 19 strands have a flattened strand surface giving to a wider contact area between sheave and rope which increases the resistance to abrasian.
Compact 19P is suitable for lifting height application with semi rotation resistance.
Compact 19P has a plastic layer between the inner strands and outer strands and all strands are compacted.
The steel plastic combination increases structual stability.
Compact 19P is fully lubricated and made out of galvanized or ungalvanized wires.
Compact 19P is suitable for multi-layer spooling.
Warning: Wire rope & aircraft cable should never be used at breaking strength. 10:1 safety factor minimum is recommended for critical/overhead application. Do not use for overhead lifting without consulting a wire rope rigging professional. End fittings may not hold to 100% of strength efficiency so a safety factor such as 5:1 should be divided into the assembly actual strength. A pull test is recommended for quality assurance.
(9)Warning: Wire rope & aircraft cable should never be used at breaking strength. 10:1 safety factor minimum is recommended for critical/overhead application. Do not use for overhead lifting without consulting a wire rope rigging professional. End fittings may not hold to 100% of strength efficiency so a safety factor such as 5:1 should be divided into the assembly actual strength. A pull test is recommended for quality assurance./Asset/6x26-DYTY-6-Compacted.jpg