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EPD: Two component injectable mortar, 1710 kg/m3, HIT-HY 170 (Hilti)

The declared product of HIT-HY 170 is a two component system. The resin component (component A) comprises a resin based on methacrylate as well as mineral and cementitious fillers. The curing agent component (component B) comprises peroxide hardener, water and mineral fillers. Mixing the two components A and B in the static mixer initiates the curing (hardening) reaction of both binder systems. During the curing phase, a very strong bond is formed between the organic and inorganic binder matrix. The hybrid system formed during cement and resin curing results in a crosslinked duromer with desired design properties (high bond strengths within a short curing time) and particular durability. Composite foils are used for the two component foil pack of HIT-HY170. This (Independent verifier) kind of packaging serves the following purposes: waste volume reduction, easy storage and transport, and less packaging material. Through legislation and increased public awareness users have increasingly become discerned towards the use of styrene and other highly volatile components with their resulting unpleasant odour and low flash point (flammability). The reaction resins used in all Hilti hybrid adhesives contain no styrene, are practically odourless and have a considerably higher flash point, i.e. higher than 100°C in comparison to 34° C for styrene based products. HIT-HY170 is a premium performance injectable hybrid mortar with approvals for rebar connections and heavy-duty anchoring.

Manufacturer legal entity:
Hilti
Manufacturer:
Country of manufacturer:
germany country flaggermany
Product name:
Two component injectable mortar
Commercial names:
HIT-HY 170
Material type:
Gypsum and plaster
Material subtype:
Mortar (masonry/bricklaying)

Environmental & technical characteristics

Global warming potential (A1-A3):
2.32 kg CO2e/kg
Technical specification:
1710 kg/m3
Available units for calculation:
kg, ton, m3
Unique identifier (OCLID):
65a4d26b947ea713e47f1d5f

Sustainability data background information

EPD number:
EPD-HIL-20220306-IBA1-EN
EPD program:
IBU
Publication year:
2023
Product category rules (PCR):
PCR Reaction resin products, 07.2014
Environmental standard:
EN15804+A2
Verification status:
Third-party verified (as per ISO 14025)
Upstream database:
GaBi