Name: dörner + helmer 190303 Polypropylene rope twisted (Ø x L) 8 mm x 10 m Brown
Brand: dörner + helmer
SKU: 1206481
Availability: BackOrder

A blue-handled tool is holding a coiled beige rope reel.

Dispatches on Mon 2 Nov

40 Set(s)

Show alternatives

Sales and shipping:

Conrad ElectronicTerms & Conditions

Number

Set(s)

Total (1 m = € 1.67)

€ 49.99

incl. VAT

14-day return policy included

Report legal concerns

Highlights & Details

DH Syntex-Seil Ø 8 mm, polypropylene hemp colors 3 x 10 m

Floatable
Durable and natural colors
Handy

Technical specifications

Contents: 3 pcs
Total length: 30m.

Product type: Polypropylene rope

(Ø): 8 mm

Length: 10 m

Factory colour: Brown

Material: Polypropylene

Dim: (Ø x L) 8 mm x 10 m

Max. breaking load: 500 daN

Content: 3 pc(s)

Material properties: twisted

Load capacity (max.): 60 kg

Documents & Downloads

User & Safety Instructions

User & Safety Instructions 1206481 dörner + helmer 190303 Polypropylene rope twisted (Ø x L) 8 mm x 10 m Brown

Description

Application:
All-purpose rope for applications with low loads. By the nature-colored look more frequent use in garden and landscaping as resistant, durable rope.

Material:
PP, polypropylene. Very light and float, but less abrasion resistance. PP has a very good chemical resistance.

Flechtung:
3-schaftig turned, tiefrillig, handy

This text is machine translated.

Features

Polypropylene
3-schaftig turned
UV-resistant
Floatable
Load bearing capacity: 60kg.
Breaking load: 500 daN

Scope of delivery

3 reels with 10 of each of 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

Polypropylene
3-schaftig turned
UV-resistant
Floatable
Load bearing capacity: 60kg.
Breaking load: 500 daN

Scope of delivery

3 reels with 10 of each of 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.