Since its beginnings, Sicura has been constantly innovating. Our main motivation is always to offer a product of the highest quality that meets the needs of our customers, and this forces us to research and innovate in search of better materials, ergonomic designs and products.
We invite you to explore this section to discover how we develop our footwear.

Parts of the Footwear

Click the button on the left and swipe the image to the right to see the cross section of the shoe.

Safety Standards

EUROPEAN STANDARD

EN ISO 20345:2011

This European standard specifies basic requirements (SB) and additional / optional requirements for safety footwear used for general purposes.

Categoryrequirements
SBBasic requirements for shoes: toecap resistant to an impact of 200 Joules and compression of 15 kN
S1Basic requirements + Closed heel area Antistatic Properties (A)
Heel Energy Absorption (E) Resistant to Fuel Oil (FO)
S1PS1 + Perforation Resistance (P)
S2S1 + Water Penetration and Absorption Resistant (WRU)
S3S2 + Perforation Resistance Cleated Outsole
Categoryrequirements
SBBasic requirements for shoes: toecap resistant to an impact of 200 Joules
and compression of 15 kN
S1Basic requirements + Closed heel area Antistatic Properties (A)
Heel Energy Absorption (E) Resistant to Fuel Oil (FO)
S1PS1 + Perforation Resistance (P)
S2S1 + Water Penetration and Absorption Resistant (WRU)
S3S2 + Perforation Resistance Cleated Outsole
LabelCharacteristics Tested:
SRASlip resistance on ceramic tile floors with sodium lauryl sulfate solution
SRBSlip resistance on Steel floors with glycerol
SRCMeets requirements for both tests above (SRA + SRB)
LabelCharacteristics Tested:
SRASlip resistance on ceramic tile floors with sodium lauryl sulfate solution
SRBSlip resistance on Steel floors with glycerol
SRCMeets requirements for both tests above (SRA + SRB)
SymbolRequirements:
AAntistatic Footwear
CConductive Footwear
EEnergy Absorption of the heel area
FOResistance to Fuel Oil
PPerforation Resistance
CICold Insulation of the sole complex
HIHeat Insulation of the sole complex
WRWater Resistance
HROResistance to hot contact
WRUWater Penetration and Water Absorption
ANAnkle Protection
CRCut Resistance
CMMetatarsal Protection
SymbolRequirements:
AAntistatic Footwear
CConductive Footwear
EEnergy Absorption of the heel area
FOResistance to Fuel Oil
PPerforation Resistance
CICold Insulation of the sole complex
HIHeat Insulation of the sole complex
WRWater Resistance
HROResistance to hot contact
WRUWater Penetration and Water Absorption
ANAnkle Protection
CRCut Resistance
CMMetatarsal Protection

ASTM STANDARD

ASTM F 2413-18

This American standard defines the minimum requirements that safety footwear must have in order to provide protection against a variety of workplace hazards.

LabelRequirements:
IIdentifies protection against Impact
CIdentifies protection against Compression
MtMetatarsal Protection
CDConductive Protective Properties (static electricity buildup)
EHIdentifies Footwear with electrical insulation properties; electrical hazards resistant.
SDStatic Dissipative Properties
PRPuncture Resistant Footwear (Perforation)
LabelRequirements:
IIdentifies protection against Impact
CIdentifies protection against Compression
MtMetatarsal Protection
CDConductive Protective Properties (static electricity buildup)
EHIdentifies Footwear with electrical insulation properties; electrical hazards resistant.
SDStatic Dissipative Properties
PRPuncture Resistant Footwear (Perforation)

Characteristics with which the Sicura shoe complies

We are a Venezuelan company founded in 1992 in Guatire, Venezuela, with the purpose of manufacturing safety, protective and work footwear.

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CALZADOS SICURA, C.A. has a Quality Management System with the scope of “Manufacture of Safety and Work Footwear” under the ISO 9001: 2015 standard issued by FONDONORMA.

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