LEMAITRE SECURITE ROISSY Men's Black Composite Toe Capped Safety Shoes, UK 9.5, EU 44

Subtotal (1 pair)*

£84.46

(exc. VAT)

£101.35

(inc. VAT)

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  • 5 unit(s) ready to ship
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Pair(s)
Per Pair
1 +£84.46

*price indicative

RS Stock No.:
189-3092
Mfr. Part No.:
RINOS30NR44
Brand:
LEMAITRE SECURITE
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Brand

LEMAITRE SECURITE

Series

ROISSY

Gender

Men

Shoe Size EU

44

Shoe Size UK

9.5

Colour

Black

Safety Toe Type

Composite

Safety Toe

Yes

ESD Safe

No

Anti-Static

Yes

Closure Type

Lace Up

Penetration Resistant

Yes

Water Resistant

Yes

Resistant To

Slip, Penetration, shocks, water penetration (WRU)

Additional Safety Features

A

Safety Rating EN ISO 20345

S3

Slip Resistance Rating

SRC

Anti-Slip

Yes

Upper Material

Leather

Sole Material

PU2D

Midsole Type

Non Metallic

Type

Trainer

RoHS Status: Exempt

• Tridimensional textile lining, soft and very breathable for better comfort

• Leather coated “groove” anti-abrasion on the vamp part of the upper: reduces wear and tear and especially when footwear is used in flexion

• Closed back

• Sole: CRAZY +

- Double density PU2D: excellent comfort even in extreme flexing conditions

- Reinforcements on the front, on the back and on the sides of the shoe for better durability of the upper. The additional PU strips on the sides provide a protection against side impacts and give a perfect foot stability.

- Defined heel: sure-footed safety! an additional precaution especially on ladders

- Wide sole: enhance grip and stability

- Comfort cushions in the heel: low density cushions increase the energy absorption of the heel, 75 % better than the standards requirements.

- Very resistant to landslides thanks to the studded open structure for better drainage of liquids

- Cold insulation of sole complex (CI)

- Antistatic

• PARABOLIC® profile

- Exceptional slip resistance: footprint adapts itself to the nature of the ground due to the profile of the sole

- Spring effect: gives a more dynamic walk

- Walking assistance: the concave structure of allows a progressive deformation of the sole in order to optimize grip and facilitate walking