Defence & Armoured Vehicles
Superior Solutions in Defence & Armoured Vehicles
In defence applications, wear can significantly compromise vehicle integrity and operation. Stancor Special Steel delivers the right plates for enduring performance under duty.
The wear problem
In armoured vehicles, sliding abrasion and gouging are common wear mechanisms that can lead to critical failures. Components experience material loss and reduced strength, especially in high-impact areas, leading to operational vulnerabilities.
Recommended plate by component
| Component | Grade | Thickness | Why |
|---|---|---|---|
| Abrasion Resistant Plate | Stanhard 450 (450 HBW) | 10-50 mm | Offers superior resistance to sliding abrasion, prolonging component life. |
| Armor Plate | Stanmor 525 (525-575 HBW) | 6-30 mm | Designed for ballistic performance, maximizing protection against projectiles. |
| Ballistic Plate | Stanmor 700 (700 MPa min) | 8-25 mm | Ensures high-tensile strength, critical for safeguarding in hostile environments. |
| High Tensile Steel Plate | Stantuf 900 (900 MPa min) | 10-60 mm | Provides exceptional strength and durability under extreme pressures and stresses. |
| Abrasion Resistant Plate | Stanhard 570 (570-640 HBW) | 12-50 mm | Engineered to resist heavy wear, extending maintenance cycles and operational uptime. |
Selecting the right plate
Choose based on application
Select the plate according to specific wear and ballistic protection needs.
Consider thickness for protection
Thicker plates enhance durability but may increase weight, so balance is essential.
Assess environment exposure
Evaluate potential exposure to impact, abrasion, or ballistic threats for optimal choice.
Review certification requirements
Ensure that the selected plate meets relevant military or defense specifications.
Questions engineers ask
What is the most suitable grade for armored vehicles?
Consider the Stanmor 525 for its robust ballistic properties, specially designed for military applications. For high-tensile demands, the Stantuf 900 is ideal.
How do thickness and grade affect performance?
Higher grades typically provide increased hardness and wear resistance, while thickness impacts weight and load distribution. A careful selection balances protection with performance.
What wear mechanism is most common in defense applications?
Sliding abrasion is prevalent due to prolonged movement in harsh environments, leading to rapid material degradation. Choosing high-hardness grades can effectively mitigate this issue.
Can I use the same plate for different parts?
While some plates may be versatile, specific components often require tailored solutions based on wear mechanisms and environmental exposure. Select accordingly to optimize performance.
Get a quotation for defence & armoured vehicles
Send drawings or part sizes and we quote plate, grade and cut-to-size options with mill test certificates.
Request a quotation