Concrete base plastic pad ELKO-BIS 340 (model 44408208)

The ELKO-BIS 340 concrete base plastic pad is a lightweight polymer spacer intended to be placed beneath concrete foundations, bases or precast elements to provide separation and protection between the concrete surface and the supported structure. Made from durable plastic, the pad reduces direct contact, helps prevent abrasion and serves as a non-conductive insulating layer where mechanical separation is required during installation or assembly.

Advantages

The pad is corrosion-resistant and unaffected by moisture, making it suitable for use in damp or outdoor conditions. Its compact, uniform shape ensures consistent load distribution and simple positioning during installation. The plastic material offers electrical insulation and minimizes point loads that can damage concrete surfaces or metal components in contact with the concrete base.

Suitable for

• Separating structural elements from concrete bases
• Supporting light to moderate loads where a non-abrasive spacer is required
• Insulating metal components from direct concrete contact
• Temporary or permanent installation in construction and installation projects

Key specifications

• Material: durable polymer plastic
• Design: flat pad for placement under concrete bases
• Functional properties: corrosion-resistant, moisture-resistant, electrically insulating
• Typical applications: spacer and protective pad for foundations and bases

How to use

Place the plastic pad directly on a clean, level area of the concrete base at the planned support points, ensuring full contact between pad and concrete. Position the supported element on top of the pads so loads are transferred evenly. For multiple pads, maintain consistent spacing and alignment to avoid uneven loading. Clean the concrete surface of loose debris or dust prior to placement to ensure stable seating.

Usage recommendations

Use the pad where electrical insulation or protection against abrasion is needed; avoid exposure to open flames or high-temperature sources. For heavy structural loads, verify suitability with a structural engineer and consider using additional supports or pads as required.