3D Orthogonal Woven High‑Thick Slab

Kale Texnique – 3D Orthogonal Woven High‑Thick Slab

High‑Strength Composite Slab for Armour, Defence, Aviation, and Heavy Structures

Purpose & Industry Need

In critical applications such as armour, armed vehicles, aviation, naval ships, bridges, and heavy structures, conventional laminated slabs often fail due to delamination, uneven stress distribution, and excessive thickness requirements.

The Kale Texnique 3D Orthogonal Woven High Thick Slab is engineered to overcome these limitations. With thicknesses up to 25 mm, these slabs are woven using true orthogonal weaving technology (X, Y, and Z axes). The presence of through thickness fibers binds every layer, ensuring superior strength, impact resistance, and complete delamination protection.

Compared to laminated slabs, orthogonal woven slabs can reduce required thickness by up to 25%, while distributing impact energy evenly across the structure. This makes them ideal for defence, aerospace, naval, and civil engineering applications where high tension and durability are critical.

Key Advantages

• High Strength & Durability – Orthogonal weaving ensures effective load sharing in all directions, outperforming laminated slabs.
• Reduced Thickness Requirement – Achieves the same performance with up to 25% less thickness compared to laminated slabs.
• Impact Energy Distribution – Orthogonal weave spreads impact forces across the slab, diluting stress concentrations.
• Delamination Resistance – Through‑thickness fiber binding prevents separation, ensuring long‑term reliability.
• Lightweight with High Performance – Provides high stiffness and strength at lower weight compared to metals and conventional laminates.
• Customizable Appearance – Available in multiple colors (black, yellow, white, etc.) to suit specific design and industry requirements.
• High‑Temperature Capability – When woven in carbon fiber, slabs can withstand extreme temperatures, making them suitable for aviation and aerospace applications.

Applications

• Defence & Armour – Used in armored panels, blast shields, and protective slabs for military vehicles and structures.
• Armed Vehicles – Provides lightweight, high‑strength reinforcementfor tanks, personnel carriers, and combat vehicles.
• Aviation & Aerospace – Applied in floor panels, fuselage reinforcements, and protective structures, ensuring high strength‑to‑weight ratio.
• Naval & Marine – Integrated into ship hull reinforcements, deck slabs, and structural panels, offering stability under marine loads.
• Bridges & Civil Engineering – Utilized in bridge decks, reinforcement slabs, and heavy structural supports, ensuring long‑term safety and durability.
• Automotive Industry – Lightweight impact‑resistant slabs improve crash safety and efficiency.
• Heavy Structures – Applied in industrial frameworks, towers, and load‑bearing assemblies requiring high stability.
• Sports & Protective Equipment – Used in impact‑resistant gear, shields, and high‑performance sporting structures.

Manufacturing Techniques

• 3D Orthogonal Weaving Process – Fibers interlocked in X, Y, and Z directions for true 3D reinforcement.
• Near‑Net Shape Preform Manufacturing – Components produced close to final geometry, minimizing post‑processing.
• Resin Transfer Molding (RTM) – Ensures uniform resin infusion and strong fiber bonding.
• Through‑Thickness Reinforcement – Provides unmatched delamination resistance and long‑term durability.

Formal Specifications

Category	Specification
Usage/Application	Armour, Armed Vehicles, Aviation, Defence, Naval, Bridges, Heavy Structures
Brand	Kale Texnique
Thickness	Up to 25 mm
Width	50 mm to 500 mm
Color	Customizable (Black, Yellow, White, etc.)
GSM	200 to 600 gsm
Item Code	KT SLAB 25
Weight	0.5 kg to 5 kg
Country of Origin	Proudly MADE IN INDIA

Proudly MAKE IN INDIA

At Kale Texnique, we proudly support the MAKE IN INDIA initiative, delivering world class composite solutions for armour, defence, aviation, naval, bridges, and advanced engineering sectors. Our 3D Orthogonal Woven High Thick Slabs represent the next generation of impact resistant composites, engineered for demanding environments where laminated slabs fall short.