EcoSonic® ESD 3D Hoods powered by Nano-VpCI®

Product Description

EcoSonic® ESD 3D Hoods powered by Nano-VpCI® are high-tech hoods combining the latest film technology with effective corrosion protection for all of your metal products. Sealing your product in Cortec® VpCI® 3D Hoods will protect metal parts from all types of corrosion including rust, tarnish, stains, white rust, and oxidation for up to 2 years (1 year for ESD protection).

EcoSonic® ESD 3D Hoods powered by Nano-VpCI® replace conventional rust preventatives such as oils and desiccants. VpCI® packaging eliminates the degreasing or coating removal required in the past and therefore enables time and financial savings. They can be used immediately.

EcoSonic® ESD 3D Hoods powered by Nano-VpCI® are transparent, making it easy to identify parts. Additionally, they do not contain free amines, phosphates, or halogen-based materials, they are non-toxic and recyclable. EcoSonic® ESD 3D Hoods powered by Nano-VpCI® protect metal objects of various sizes depending on your needs. They contain antistatic properties to immediately reduce or eliminate static buildup as long as the hoods are in use independent of the presence of humidity. EcoSonic® ESD 3D Hoods powered by NanoVpCI® can be manufactured utilizing a wide array of the most advanced resins. Custom blends are available to give you the exact properties you need, whether it’s improved puncture resistance, tear strength, or other requirements. 

Sizes

EcoSonic® ESD 3D Hoods powered by Nano-VpCI® are available in custom made sizes.

Packaging and Storage

To ensure best product performance, store in original packaging, indoors, and out of direct sunlight at 4-38 °C (40-100 °F ). Shelf life: 2 years, (1 year for ESD protection).

Metals Protected

• Aluminum  
• Galvanized Steel  
• Carbon Steel  
• Silicon Steel  
• Stainless Steel  
• Copper  
• Brass  
• Cast Iron

Performance

• ESD Properties conform to Mil-PRF-81705, IEC 61340-5-1  
• Surface Resistivity between 1E-05 and 1E-12 Ωm.  
• Static Decay Rate (Method 4046, MIL STD-3010A) - Less than 2 seconds  
• Conforms to NACE Standard RP 0487-2000