1/2
dörner + helmer 171446 Link chain Silver Steel hot-dip galvanized 30 m
EAN:
Part number:
Item no:
Number
Total (1 m = € 5.74)
€ 172.26
plus VAT.
Highlights & Details
DH link chain 6 mm, DIN 5685-3 hot-dip galvanized 30 m
- DIN 5685-3
- Suitable for use as a playground chain
- High-quality hot-dip galvanizing
- Kurzgliedrig
Technical specifications
- Product type
Link chain
- Length
30 m
- Weight
23.4 kg
- Material
Steel
- Chain link thickness
6 mm
- Factory colour
Silver
- Content
30 m
- Chain link width
8 mm
- Chain link length
18.5 mm
- Material properties
hot-dip galvanized
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 1206275 dörner + helmer 171446 Link chain Silver Steel hot-dip galvanized 30 m
Description
Form:
Short-round steel link chain (A), dimensions similar to DIN 766, unaudited
Application:
Ideal for use with children's swings or similar in the private sector. The small chain links to prevent children finger crimping. Due to the hot-dip galvanizing is the chain very well suitable for outdoor use.
Not as a lifting chain. Loads are theoretical values. Check before use.
Material:
Round steel. Hot-dip galvanizing offers high corrosion protection.
Commercial Quality, unaudited.
This text is machine translated.
Short-round steel link chain (A), dimensions similar to DIN 766, unaudited
Application:
Ideal for use with children's swings or similar in the private sector. The small chain links to prevent children finger crimping. Due to the hot-dip galvanizing is the chain very well suitable for outdoor use.
Not as a lifting chain. Loads are theoretical values. Check before use.
Material:
Round steel. Hot-dip galvanizing offers high corrosion protection.
Commercial Quality, unaudited.
This text is machine translated.
Features
- DIN 5685-3, hot-dip galvanised
- Load bearing capacity: 160kg.
Scope of delivery
- Federal to 30 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.