Why are your industrial floor joints failing, and how can Armour Joints fix them?

 Why our Industrial joints floor failing? How armour joints fix issues?

The most common reason for industrial floor joint failure is Arris Spalling, which is the physical breakdown of the concrete edges.

The Armour Joint Fix: By reinforcing these edges with cold-drawn steel strips, the impact is absorbed by the steel rather than the concrete. This ensures the "Arris" remains perfectly intact, allowing for high-speed, heavy-duty traffic without any surface degradation.

The Solution: How Armour Joints Fix the Issue

Armour Joints (also known as "leave-in-place" joints) are engineered to eliminate the weaknesses of traditional joints.



1. Permanent Arris Protection

Instead of exposed concrete edges, an Armour Joint features heavy-duty steel strips that are anchored into the concrete during the pour. When the wheels of a forklift pass over the joint, they roll across a smooth steel-to-steel surface rather than hitting a concrete edge. This completely eliminates spalling.

2. High-Capacity Load Transfer

Armour Joints come equipped with high-strength plate dowels. These ensure that even when the joint opens due to natural concrete shrinkage, the weight of heavy machinery is distributed evenly across both slabs. This prevents "stepping" or uneven floor levels

  • The Fix:Armour joints use two high-grade cold-drawn steel strips that sit flush with the floor surface.
  • Result: When a forklift crosses the joint, the wheels stay on steel the entire time. The concrete underneath never feels the impact, so it can’t chip or "spall."



How Armour Joints are work and its feature: 

FeatureHow it WorksThe Result
Steel StripsActs as a bridge for wheelsZero concrete chipping (Spalling)
Plate DowelsTransmits weight between slabsNo vertical "stepping" or jolting
Sleeve SystemAllows for thermal movementPrevents random floor cracks
Sinus ShapeConstant wheel supportSilent, vibration-free traffic
For More Info:

Contact no: +91 9223446390
Website: https://suryaengineering.net/
Email: surya.engineers2000@gmail.com

Comments

Post a Comment

Popular posts from this blog

Why MBT Couplers are used ?

Image
Why MBT Couplers are used ? 1. Strong mechanical and electrical connection MBT couplers use shear-head bolts that tighten onto the conductor. This ensures: Good electrical conductivity Firm grip that doesn’t loosen easily 2. No special tools required Unlike crimping (which needs hydraulic tools),  MBT couplers: Only need a standard wrench/spanner Are easier to install in field conditions 3. Suitable for different conductor sizes Many MBT couplers are designed to accommodate  a range of cable sizes , making them flexible for installation. 4. Reliable in harsh environments They are usually made from high-strength alloys and are: Corrosion-resistant Suitable for outdoor or underground use Types OF MBT Couplers: LOW Spped MBT Coupler  HIGH Speed MBT Coupler LN Key BOLT MBT Coupler Applications: In construction, MBT (Mechanical Bolt-Type) couplers are mainly used for joining TMT bars (rebars) without welding or threading. These are often called bolted ...
Read more

When MBT Bolt coupler are Used ?

Image
 When MBT Bolt coupler are Used ? MBT bolt couplers are specifically chosen for scenarios where traditional lapping or threaded splicing is impossible or impractical. They are the "problem-solvers" of the rebar world because they require no specialized equipment (like threading machines) and no preparation of the rebar ends. When to Use MBT Bolt Couplers Retrofitting & Repair Work: Ideal for replacing corroded or damaged rebar in existing structures. Since the "fixed" bar is already cast in concrete and cannot be moved or rotated, the MBT coupler can simply be slid over the existing end Restricted Space: Used in "congested" reinforcement areas where there isn't enough room for the long overlapping lengths required by traditional lap splicing. Materials & Sizes Material: High-strength seamless steel body with hardened alloy steel "lock-shear" bolts. Internal Grip: Hardened steel rails inside the sleeve "bite" into the...
Read more

How do MBT couplers maintain structural continuity in aging infrastructure?

Image
How do MBT couplers maintain structural continuity in aging infrastructure? In aging infrastructure, maintaining "structural continuity" is the greatest challenge because you are often dealing with steel and concrete that have been subjected to decades of stress, corrosion, or outdated engineering standards. MBT couplers solve this by acting as a mechanical bridge that treats the old and new steel as a single, uninterrupted unit.  Here is how they maintain that continuity: 1. The Problem: "The Lap Splice Limitation" Length Requirement: Traditional overlaps need a lot of "healthy" steel (often 40x the bar’s diameter). Concrete Damage: If the bar is short, you must chip away deep,structural concrete to find enough rebar to overlap. Corrosion: Rusted bar ends lose their "ribs," meaning they can't "grip" the concrete in a traditional splice. 2. The MBT Solution: "Mechanical Bite" Compact Grip: Full tension is achieved in...
Read more