Buy Rawl R-HPTII-ZF Throughbolt M12 80mm Pack of 50 R-HPTIIZF-12080/5
When you make a purchase through links on our site, we may earn an affiliate commission.
Rawl R-HPTII-ZF Throughbolt M12 80mm Pack of 50 R-HPTIIZF-12080/5
The Rawl R-HPTII-ZF Throughbolt Anchor is a high-performance fastening solution designed for secure anchoring in both cracked and non-cracked concrete. Featuring a corrosion-resistant zinc flake coating, this throughbolt is ideal for indoor and outdoor applications, providing long-lasting durability even in harsh environments. Engineered for heavy-... moreduty use, the R-HPTII-ZF delivers exceptional load-bearing capacity, making it perfect for structural supports, machinery, and other critical installations. Features and Benefits • Anchors can be used in earthquake risk zones - seismic category C1 and C2 • Design of R-HPTII allows drilling and installing directly through the fixture and helps to reduce installation time • New generation of throughbolt with unique corrosion-resistant coating • Fire resistant • For applications requiring fire resistance up to 120 minutes • Highest quality ensures maximum load capability • Embedment depth markings help to ensure precise installation of the anchor • High performance in cracked and non-cracked concrete confirmed by ETA Option 1 • Suitable for reduced embedment to avoid contact with reinforcement Specifications • Diamater: M12 • Length: 80mm • Pack Quantity: 50
Rawl R-HPTII-ZF Throughbolt M12 80mm Pack of 50 R-HPTIIZF-12080/5
The Rawl R-HPTII-ZF Throughbolt Anchor is a high-performance fastening solution designed for secure anchoring in both cracked and non-cracked concrete. Featuring a corrosion-resistant zinc flake coating, this throughbolt is ideal for indoor and outdoor applications, providing long-lasting durability even in harsh environments. Engineered for heavy-... moreduty use, the R-HPTII-ZF delivers exceptional load-bearing capacity, making it perfect for structural supports, machinery, and other critical installations. Features and Benefits • Anchors can be used in earthquake risk zones - seismic category C1 and C2 • Design of R-HPTII allows drilling and installing directly through the fixture and helps to reduce installation time • New generation of throughbolt with unique corrosion-resistant coating • Fire resistant • For applications requiring fire resistance up to 120 minutes • Highest quality ensures maximum load capability • Embedment depth markings help to ensure precise installation of the anchor • High performance in cracked and non-cracked concrete confirmed by ETA Option 1 • Suitable for reduced embedment to avoid contact with reinforcement Specifications • Diamater: M12 • Length: 80mm • Pack Quantity: 50
The Rawl R-HPTII-ZF Throughbolt Anchor is a high-performance fastening solution designed for secure anchoring in both cracked and non-cracked concrete. Featuring a corrosion-resistant zinc flake coating, this throughbolt is ideal for indoor and outdoor applications, providing long-lasting durability even in harsh environments. Engineered for heavy-duty use, the R-HPTII-ZF delivers exceptional load-bearing capacity, making it perfect for structural supports, machinery, and other critical installations. Features and Benefits • Anchors can be used in earthquake risk zones - seismic category C1 and C2 • Design of R-HPTII allows drilling and installing directly through the fixture and helps to reduce installation time • New generation of throughbolt with unique corrosion-resistant coating • Fire resistant • For applications requiring fire resistance up to 120 minutes • Highest quality ensures maximum load capability • Embedment depth markings help to ensure precise installation of the anchor • High performance in cracked and non-cracked concrete confirmed by ETA Option 1 • Suitable for reduced embedment to avoid contact with reinforcement Specifications • Diamater: M12 • Length: 80mm • Pack Quantity: 50
Product description is based on database from online stores. Be sure to verify all information directly with seller before purchasing.
This website uses cookies. Proceeding to use this website gives your consent for gathering and processing your data for analytic and marketing purposes.