Επικαλυμμένο καταδυτικό βάρος 2 kg για καταδύσεις, ψαροντούφεκο, ελεύθερη κατάδυση, photo 1 of 0

SUBEA

2 kg coated weight for diving and freediving

Κανονική τιμή:

Τιμή πώλησης: €28,99

Special product, Καινοτομία Special product, Νέα έκδοση Special product, Τελική σειρά Εξατομίκευσέ με Translation missing: el.products.product_tile.flags.same_day_delivery

prix

Open the reviews dialog. (Average rating: 4.61 out of 5 stars,

4.61/5

Διαβάστε και τις 151 κριτικές Reviews)

8015197

Our Subea engineers designed this coated lead to avoid direct contact and protect the lead. For all divers, hunters, and freedivers.

This diving weight stands out by its grey colour. A little bonus that prevents direct contact with the lead in the water.

Χρώμα: Επιλέξτε ένα χρώμα

Μέγεθος:

Οδηγός μεγεθών

Επιλέξτε ένα μέγεθος

Επιλέξτε το μέγεθος {{ cleanSize }} πριν προσθέσετε αυτό το προϊόν στο καλάθι σας.

Τιμή πώλησης:

Prix

Τιμή πώλησης:

Product Χαρακτηριστικά

A photo of the Επικαλυμμένο καταδυτικό βάρος 2 kg για καταδύσεις, ψαροντούφεκο, ελεύθερη κατάδυση in use

Durability

The grey coating protects the weights against shocks.

Easy dressing

This weight slides onto your diving belt.Slot: 5 x 0.8 cm

Weight

This uncoated weight weighs 2 kg (with a tolerance of ±5 %).

Additional Πληροφορίες προϊόντος

Composition

Maximum wash temperature 70°C. Normal treatment.

3% Nylon - Recycled
97% Lead

Dimensions and composition

97% hardened lead, 3% polyvinyl chloride (PVC)A small hole is systematically present in the weight’s PVC coating to allow air to escape during manufacture.Dimensions (L x W x H): 13.5 x 9 x 3 cmSlot: 5 x 0.8 cm

What has an influence on weighting?

1/ Your physiology (weight) and your body mass index (weight/size). 2/ Water: buoyancy is greater in seawater (you need more weights) than in fresh water. 3/ Your diving suit: the thickness of the neoprene also influences buoyancy. 4/ The weight of the tank (for SCUBA diving) and the volume of the air content: the more air you consume, the lighter your cylinder becomes and your buoyancy tends to become positive (you float!).