Security doors are primarily designed to resist forced entry. They achieve this high level of protection through a combination of robust materials and advanced security features that make them significantly harder to breach than standard doors.
Durable Materials Resist Damage
A key factor in how security doors work is the material they are made from. They utilize durable, damage-resistant materials specifically chosen for their strength.
- Steel: Often used for its inherent strength and resistance to bending or breaking.
- Composite Materials: Engineered for toughness and damage resistance, combining different materials for enhanced protection.
These materials make the door itself hard to damage or break through, forming a strong barrier against physical attacks.
Additional Security Features Enhance Protection
Beyond just the material, security doors incorporate extra features that bolster their resistance to forced entry attempts.
- Reinforced Frames: The door frame is often strengthened to prevent it from being pried open or kicked in, ensuring the entire structure remains secure.
- High-Security Deadbolts: These locks are built to withstand picking, drilling, and forcing, providing a robust primary locking point.
- Multi-Point Locking Systems: Instead of locking at just one point (like a standard deadbolt), these systems engage bolts at multiple locations along the door's edge – typically top, bottom, and side. This spreads the force required for an attempted break-in across several points, making it extremely difficult to pry the door open.
By combining durable construction materials with these advanced security features, security doors create a formidable obstacle designed to deter and withstand attempts at forced entry.
