StatMat: Optimal ESD Safety & Comfort Matting StatMat Anti-Static ESD Floor Matting: customisable length for tailored workspace fit, ensuring comprehensive static protection and comfort. Enhanced Operative Comfort: Features anti-fatigue properties to alleviate back and joint pain, promoting productivity and well-being in the workplace. Static Dissipative with Safety Stud: Includes a 10mm male stud for effective grounding, safeguarding both operatives and sensitive equipment from static charges. Compliance with EN14041: rigorously tested to meet resistance requirements, suitable for environments with voltage not exceeding 240 volts. Durable and Fire-Resistant: Constructed with a robust closed-cell PVC foam that is fire-resistant to FMVSS302 standards, offering longevity and safety. Very Good Wear Resistance: Rated 2/3 for wear resistance, indicating a long lifespan even under frequent use and abrasive conditions. Good Slip Resistance: Provides a safe working surface with a pebble finish, rated 1/3 for slip resistance, reducing the risk of accidents. Chemical and Environmental Resilience: Resistant to a variety of chemicals and designed for dry indoor environments, ensuring versatility across multiple applications. Easy Maintenance: The mat can be effortlessly cleaned by brushing or mopping, maintaining hygiene and appearance with minimal effort. Dimensions: Available in standard sizes and custom lengths at 90cm width, with a thickness of 9mm, to seamlessly integrate into various workspace layouts. StatMat - Comfortable Anti-Static Floor Matting StatMat is the perfect way to keep your operatives safe and comfortable. The mat helps reduce back and joint pain by providing a comfortable surface to stand on, and it's grounded using a 10mm stud in a corner, protecting operatives and equipment from static build up*. Tested to EN14041 resistance requirements, StatMat is suitable for use in areas not exceeding 240 volts. *Mat must be earthed properly to work correctly Durable Anti-Fatigue Matting Includes 10mm Male Stud in one corner Thickness 9mm Rv: 1.1 x 10ï Fire-resistant to FMVSS30 tested to EN14041 resistance requirements Due to the thickness of this mat, the StatMat has very good anti-fatigue qualities for employee comfort and greater productivity. Available in 3 standard sizes but also has a Cut To Size option which is 90cm wide by however long you require. Simply choose the Custom Length option in the drop-down list and enter (in cm) the length you need. We will then calculate a price for you to order. {{ shortname_placeholder }} - Performance Ratings Anti-Fatigue - 2/3 This mat offers Excellent 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 - 1/3 This mat provides Great 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 - 2/3 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. High Voltage - Suitable for high voltage environments Fire Resistant - This mat carries a flame retardancy certificate. Please check that this is suitable for your environment. Note: Accessories shown are not included in the price As the mat has a textured surface it also provides anti slip protection. The mat is grounded through a 10mm male stud which is fitted to the mat. The best performance of the mat is acquired through using a grounding wire. Made from PVC foam (homogenous) Suitable for dry indoor environments Easily cleaned through brushing or mopping the top surface. 9mm Thickness Not to be used in High Voltage Areas that exceed 240 volts Bevelled on all sides for a safer finish (non-trip) The StatMat is fire retardent, conforming to FMVSS302 Product Specifications Material: Closed cell PVC foam Surface Finish: Pebble Product Height: 9 mm Operating Temperature: 0°C to +60°C Resistance to Chemicals: PVC is resistant to many different chemicals, alkalis and general industrial chemicals. PVC resists alcohols, aliphatic hydrocarbons, oils, weak acids, strong mineral acids and alkalis. PVC resists oil and grease if properly cleaned. PVC does not resist organic solvents, ketones, esters and aromatic hydrocarbons. Environmental Resistance: Suitable for dry indoor environments Typical Applications; Around machinery where static build up is common. Installation Method: Loose lay Accessories: ESD kits and accessories available Cleaning Method: Brush or mop the top surface The StatMat Anti-Static ESD Floor Matting Roll - Custom Length is constructed from closed cell PVC foam, providing a robust and durable surface with a thickness of 9mm. It operates efficiently within a temperature range of 0°C to +60°C, making it versatile for various indoor settings. This matting conforms to EN14041 resistance requirements and FMVSS302 fire resistance standards, ensuring both safety and reliability. It exhibits excellent resistance to a wide array of chemicals, including alcohols, aliphatic hydrocarbons, oils, weak acids, and strong mineral acids and alkalis, although it is not suitable for organic solvents, ketones, esters, and aromatic hydrocarbons. Designed for dry indoor environments, the matting can be easily maintained by brushing or mopping the top surface. Material Closed cell PVC foam Thickness 9mm Operating Temperature 0°C to +60°C Conformances EN14041 resistance requirements, FMVSS302 fire resistance Resistance to Chemicals Resistant to many different chemicals, alkalis and general industrial chemicals. Resists alcohols, aliphatic hydrocarbons, oils, weak acids, strong mineral acids and alkalis. Resists oil and grease if properly cleaned. Does not resist organic solvents, ketones, esters and aromatic hydrocarbons. Environmental Resistance Suitable for dry indoor environments Cleaning Method Brush or mop the top surface
