Hauff-Technik MIS200 σύστημα έγχυσης μεμβράνης μεμονωμένης εισόδου κτιρίου DN200

Seal building entries gas- and water-tight up to 2.5 bar (water) and 1 bar (gas) with the Hauff-Technik MIS200 Membrane Injection System. This single house entry solution fits core-drilled holes or wall sleeves of DN 200 (approx. 200 mm) in concrete and masonry, accommodating multiple media lines—electricity, water, gas, and telecommunications—with a configurable number of entries for current and future needs.

Overview

The MIS200 is a robust membrane injection system engineered for reliable sealing of residential and commercial building entries. Its EPDM seals and durable plastic body deliver excellent corrosion and UV resistance, ensuring long-term performance in diverse environments. The system is re-sealable via an injection port, allowing subsequent installation or replacement of lines without compromising the seal.

What stands out

• Gas- and water-tight sealing up to 2.5 bar (water) and 1 bar (gas)
• Re-sealable via injection port for flexible line management
• Compatible with concrete and masonry walls with appropriate accessories
• Supports multiple media types: electricity, water, gas, and telecommunications
• Corrosion-resistant and UV-resistant materials for durability
• Meets relevant industry standards for gas and water tightness

Technical details

• System type: Membrane Injection System
• Application area: Single house entry
• Core drilling diameter: DN 200 (approx. 200 mm)
• Sealing principle: Gas and water-tight
• Pressure resistance (water): Up to 2.5 bar
• Pressure resistance (gas): Up to 1 bar
• Material: High-quality plastic, EPDM seals
• Installation method: For core drilled holes or wall sleeves
• Re-sealability: Yes, via injection port
• Corrosion resistance: Yes
• UV resistance: Yes
• Number of entries: Configurable for multiple media lines

Our verdict

The Hauff-Technik MIS200 delivers exceptional sealing performance and adaptability, making it a top choice for single house entries requiring gas- and water-tight integrity with future-proof flexibility.