Name: dörner + helmer 190324 Polypropylene rope twisted (Ø x L) 14 mm x 10 m Black
Brand: dörner + helmer
SKU: 1206492
Availability: InStock

Grey braided rope with a hook at the end, coiled in a compact spool.

Fast track dispatch on Fri 23 Oct

20 Piece(s)

Sales and shipping:

Conrad ElectronicTerms & Conditions

Number

Piece(s)

Total (1 m = € 3.10)

€ 30.99

incl. VAT

14-day return policy included

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Highlights & Details

DH all-purpose rope Ø 14 mm, PP, with snap hook 1 x 10 m

Good and favorable
Floatable
Handy
With snap hook

Technical specifications

Product type: Polypropylene rope

(Ø): 14 mm

Length: 10 m

Factory colour: Black

Material: Polypropylene

Dim: (Ø x L) 14 mm x 10 m

Max. breaking load: 2690 daN

Content: 10 m

Material properties: twisted

Load capacity (max.): 335 kg

Documents & Downloads

User & Safety Instructions

User & Safety Instructions 1206492 dörner + helmer 190324 Polypropylene rope twisted (Ø x L) 14 mm x 10 m Black

Description

Application:
All-purpose rope for applications with low loads. By the swimming ability often in boat and water sports range is used.

Material:
PP, polypropylene. Very light and float, but less abrasion resistance. PP has a very good chemical resistance. White marking wire.
Snap hook: Ø 10 mm, zinc plated.

Flechtung
3-schaftig turned, tiefrillig, handy

This text is machine translated.

Features

PP, with snap hook
3-schaftig turned
Floatable
Load bearing capacity: 335kg.
Breaking load:2690daN

Scope of delivery

1 Piece Docke to 10 m

Hints

Article before use on your application. For details about the dimensions, weights, carrying capacities, loads, etc. is theoretical values, the deviations are subject and therefore not binding.

Description

Features

PP, with snap hook
3-schaftig turned
Floatable
Load bearing capacity: 335kg.
Breaking load:2690daN

Scope of delivery

1 Piece Docke to 10 m

Hints

Article before use on your application. For details about the dimensions, weights, carrying capacities, loads, etc. is theoretical values, the deviations are subject and therefore not binding.