Foams - Import export

Daubrite® Foam & 3F Verion w/ 3M™ VHB™ Tape - Ultimate corrosion protection. Our innovative VCI foam emitter pads combine durable foam with powerful corrosion inhibitors. The 3F Verion's 3-layer design ensures maximum protection. Easy to apply with 3M™ VHB™ adhesive, perfect for various applications. Long-lasting, up to 24 months protection. Environmentally friendly. Safeguard your valuable assets with Valdamark Direct's expertise.  

Daubrite® VCI Foam Pads: Shield Your Assets. Protect valuable metals from corrosion with Daubrite® VCI Foam Pads. These innovative pads use Volatile Corrosion Inhibitors (VCIs) to create a protective vapor barrier. Ideal for storage, transport, or production, they prevent rust, tarnish, and corrosion. Versatile, easy to use, and long-lasting, they're non-toxic and safe for the environment. Perfect for metal parts, electronics, tools, and more. Extend asset life, reduce costs, and ensure optimal performance with Daubrite®.

Cortec VpCI® 132 VCI Foam / Anti-Static Action Foam 10 x 10. Shield your metal components with Cortec VpCI® 132, a cutting-edge foam combining VpCI® technology and anti-static properties.This revolutionary foam safeguards metals from corrosion by releasing VpCI® molecules that form a protective layer, preventing damage from moisture, oxygen, and pollutants.Unlike traditional methods, VpCI® offers 360-degree protection, reaching every corner. The open-cell structure ensures even VpCI® distribution and prevents condensation.Additionally, its anti-static nature protects sensitive electronics from dust and static build-up.Lightweight, flexible, and reusable, this foam is easy to install and cost-effective.Experience superior corrosion protection and safeguard your valuable assets with Cortec VpCI® 132.

Cortec VpCI® 130 AntiStatic Custom ESD Foam Inserts Safeguard sensitive electronics with Cortec VpCI® 130 AntiStatic Custom ESD Foam Inserts.Engineered by Cortec, these inserts offer unparalleled protection against static electricity and physical damage.The advanced antistatic formulation effectively dissipates static charges, preventing harmful ESD events. The closed-cell foam cushions and protects components from impacts, while Cortec's VpCI® technology provides long-lasting corrosion protection.Custom-cut for precise fit, these inserts are ideal for PCBs, semiconductors, and more.Eco-friendly and reusable, they offer exceptional value and peace of mind.

Cortec VpCI® 170 Adhesive Foam Tape excels at corrosion protection and sealing. Unlike standard adhesive foam tapes, it incorporates Cortec's VpCI® technology, actively shielding metal surfaces from corrosion.VpCI® molecules vaporise, forming a protective layer on all metal, preventing corrosion without messy oils.This contrasts with basic foam tapes offering only passive protection through a physical barrier. Additionally, the tape boasts a high-performance adhesive for strong, long-lasting bonds to various surfaces, outperforming lower-quality alternatives prone to drying out.The closed-cell polyethylene foam is soft, conformable, and highly resistant to water, moisture, and air, surpassing open-cell foam options. Available in 1/8-inch and 1/4-inch thicknesses, it adapts to diverse needs.

Product Comparison: Custom ESD Foam Inserts VpCI-133 vs.Cortec VpCI-133 ESD Foam. This comparison focuses on two ESD foam products: Valdamark Direct's "Custom ESD Foam Inserts VpCI-133 Self Adhesive 1 x 1" and the standard "Cortec VpCI-133 ESD Foam" from the same supplier.Both products share a core of Cortec's VpCI-133 ESD foam, offering electrostatic discharge (ESD) protection and corrosion inhibition via Vapor phase Corrosion Inhibitor (VpCI) technology. Key similarities include ESD protection, corrosion inhibition, and self-adhesive backings.However, they differ in customisation, packaging, and pricing.The custom inserts are precisely 1x1 inch, individually packaged, and likely more expensive due to their tailored nature.In contrast, the standard foam comes in larger sheets, offering flexibility in sizing but potentially higher initial cost.