One of our best selling Anti-Fatigue Mats, the PinnacleMat is built to cope with almost anything you can throw at it. This mat features a soft foam centre encapsulated by PolyNit material that creates a superbly comfortable mat, mitigating the discomfort associated with prolonged standing.
PinnacleMat is the best choice for many environments including manufacturing facilities, workshops, packaging areas and more!
Choose from a range of standard sizes or select your own length from our cut to size rolls up to 18.3m long.
Anti-Fatigue Properties
With it's soft foam centre and 10mm high profile, the Pinnacle Mat provides superb comfort, easing pressure on joints and muscles whilst helping to reduce fatigue caused by prolonged periods of standing.
The PinnacleMat also features a textured surface, helping to reduce the risk of slip accidents to workers.
Oil and Fire Resistance
The PinnacleMat is encapsulated in a hard-wearing PolyNit material that is highly resistant to industrial fluids such as Oil and Water, with the added bonus of being fire resistant to the classification Dfl-s1 according to BS EN 13501-1:2002.
Suggested Applications
The combination of comfort and durability makes the PinnacleMat a great choice for heavy duty industrial areas such as machine workshops, factories and other challenging environments. To prolong the life of the mat, we suggest avoiding using wheeled traffic over the mats as this can break down the foam centre over time.
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Anti-Fatigue - 2/3 This mat offers Very Good anti-fatigue properties. This is measured by ASTM D3547 which records the compression and decompression of the mat. The higher the rating the better its anti fatigue qualities. |
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Slip Resistance - 2/3 This mat provides Very Good slip resistance. This is measured by ASTM C1028-89 & DIN-E-51130, 51097 which tests the force required to cause slippage of a load across the mat. The higher the rating the higher the slip resistance |
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Wear Resistance - 3/3 This mat offers Excellent resistance to wear. This is measured by ASTM D3844-92 which subjects the mat to 5000 cycles under an abrasive wheel. The higher the rating the longer the life span of the mat. |
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Fire Resistant - This mat carries a flame retardancy certificate. Please check that this is suitable for your environment. |
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Oil Resistant - Some mats deteriorate with oil. This mat is Oil & Grease Resistant making it suitable for all Industrial and Food production areas where this is an issue. |
 |
Water Resistant - This mat is suitable for Wet Environments where the spillage of water and other chemicals is an issue. |
In tests conducted, PinnacleMat showed no visible signs of corrosion or damage when fully submerged in both of the following chemicals:
The results of the BS EN ISO 11952-2:2002 test indicate the same meets the requirements of a Class EFL. It should be noted that this is only class that can be achieved when tested to the is method alone.
The results of the BS EN ISO 9239-1:2002 test indicate the sample meets requirements of a Class DFLs1 when tested to this method alone.
£0.55 cm2 to £685.00 (Excluding VAT)
One of our best selling Anti-Fatigue Mats, the PinnacleMat is built to cope with almost anything you can throw at it. This mat features a soft foam centre encapsulated by PolyNit material that creates a superbly comfortable mat, mitigating the discomfort associated with prolonged standing.
PinnacleMat is the best choice for many environments including manufacturing facilities, workshops, packaging areas and more!
Choose from a range of standard sizes or select your own length from our cut to size rolls up to 18.3m long.
Anti-Fatigue Properties
With it's soft foam centre and 10mm high profile, the Pinnacle Mat provides superb comfort, easing pressure on joints and muscles whilst helping to reduce fatigue caused by prolonged periods of standing.
The PinnacleMat also features a textured surface, helping to reduce the risk of slip accidents to workers.
Oil and Fire Resistance
The PinnacleMat is encapsulated in a hard-wearing PolyNit material that is highly resistant to industrial fluids such as Oil and Water, with the added bonus of being fire resistant to the classification Dfl-s1 according to BS EN 13501-1:2002.
Suggested Applications
The combination of comfort and durability makes the PinnacleMat a great choice for heavy duty industrial areas such as machine workshops, factories and other challenging environments. To prolong the life of the mat, we suggest avoiding using wheeled traffic over the mats as this can break down the foam centre over time.
|
Anti-Fatigue - 2/3 This mat offers Very Good anti-fatigue properties. This is measured by ASTM D3547 which records the compression and decompression of the mat. The higher the rating the better its anti fatigue qualities. |
|
Slip Resistance - 2/3 This mat provides Very Good slip resistance. This is measured by ASTM C1028-89 & DIN-E-51130, 51097 which tests the force required to cause slippage of a load across the mat. The higher the rating the higher the slip resistance |
|
Wear Resistance - 3/3 This mat offers Excellent resistance to wear. This is measured by ASTM D3844-92 which subjects the mat to 5000 cycles under an abrasive wheel. The higher the rating the longer the life span of the mat. |
|
Fire Resistant - This mat carries a flame retardancy certificate. Please check that this is suitable for your environment. |
|
Oil Resistant - Some mats deteriorate with oil. This mat is Oil & Grease Resistant making it suitable for all Industrial and Food production areas where this is an issue. |
|
Water Resistant - This mat is suitable for Wet Environments where the spillage of water and other chemicals is an issue. |
In tests conducted, PinnacleMat showed no visible signs of corrosion or damage when fully submerged in both of the following chemicals:
The results of the BS EN ISO 11952-2:2002 test indicate the same meets the requirements of a Class EFL. It should be noted that this is only class that can be achieved when tested to the is method alone.
The results of the BS EN ISO 9239-1:2002 test indicate the sample meets requirements of a Class DFLs1 when tested to this method alone.
