Zinc Coated/Drawn Galvanized Steel Wire Ropes, Made of FC or IWRC Core, Zinc Coating Finish

Zinc Coated/Drawn Galvanized Steel Wire Ropes, Made of FC or IWRC Core, Zinc Coating Finish

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Basic Info

Payment Type:	T/T or L/C at Sight

Product Description

Features:

These wires are coated before the final drawing
The result is a zinc coated wire with a very smoothsurface
There are two types of finishing: quality B is the most common,it has a thinner zinc coating but the same mechanical properties asan un-coated wire quality A has thicker coating but lowermechanical properties
According to finishing is designated by the letter B or Arespectively
The grade of the wire is the minimum breaking strength the mostcommon grades used are: 1370 N/mm², 1770 N/mm², 1960N/mm², 2160 N/mm²
Other grades are used for some special applications
The North American market uses a different scale of gradesaccording to U.S. federal specification RR-W-410: traction steelmild plow steel (MPS) plow steel (PS) improved plow steel (IPS)extra improved plow steel (EIPS) extra improved plow steel(EEIPS)
The most common grade for general purpose wire ropes is IPSwhich is quite close to 1770 N/mm², grade EIPS is close to1960 N/mm²
The actual strength of the steel in these grades varies withthe wire diameter
The core: fiber core (F.C.), usually polypropylene (P.C.),sometimes hemp (H.C.) and sisal
Independent wire rope core (IWRC)
Wire strand core (WSC)
IWRC and WSC are sometimes referred to as steel wire core orsteel center
Construction: expressed in numbers of strands x number of wiresfor example: 6 x 25 indicates that the wire rope consists of 6strands, which in turn have 25 individual wires
Lay: right regular lay (RRL), right lang lay (RLL), leftregular lay (LRL), left lang lay (LLL)

These wires are coated before the final drawing

The result is a zinc coated wire with a very smoothsurface

There are two types of finishing: quality B is the most common,it has a thinner zinc coating but the same mechanical properties asan un-coated wire quality A has thicker coating but lowermechanical properties

According to finishing is designated by the letter B or Arespectively

The grade of the wire is the minimum breaking strength the mostcommon grades used are: 1370 N/mm², 1770 N/mm², 1960N/mm², 2160 N/mm²

Other grades are used for some special applications

The North American market uses a different scale of gradesaccording to U.S. federal specification RR-W-410: traction steelmild plow steel (MPS) plow steel (PS) improved plow steel (IPS)extra improved plow steel (EIPS) extra improved plow steel(EEIPS)

The most common grade for general purpose wire ropes is IPSwhich is quite close to 1770 N/mm², grade EIPS is close to1960 N/mm²

The actual strength of the steel in these grades varies withthe wire diameter

The core: fiber core (F.C.), usually polypropylene (P.C.),sometimes hemp (H.C.) and sisal

Independent wire rope core (IWRC)

Wire strand core (WSC)

IWRC and WSC are sometimes referred to as steel wire core orsteel center

Construction: expressed in numbers of strands x number of wiresfor example: 6 x 25 indicates that the wire rope consists of 6strands, which in turn have 25 individual wires

Lay: right regular lay (RRL), right lang lay (RLL), leftregular lay (LRL), left lang lay (LLL)

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