The market for ballistic rubber is replete with claims and counterclaims about the superiority of one product over another. Manufacturers often tout proprietary blends or special processes, suggesting that these factors result in a ballistic rubber that stands above the competition. But what truly differentiates one type of ballistic rubber from another? And is it all just marketing hype, or are there tangible differences that affect performance and longevity?
Let’s demystify the matter by delving into the core aspects that define ballistic rubber quality: the compound and density. To illustrate this, consider an image comparing two types of ballistic rubber after a round has entered the panel: one of “economy” or composite rubber, and the other made from high-density ballistic rubber. The differences are telling.
In the image, the economy or composite rubber panel indeed stops the round from ricocheting, fulfilling its basic purpose. However, upon closer inspection, one can observe the round moving significantly within the rubber, causing a faster breakdown of the material. This movement indicates a lack of control over the bullet’s energy, which leads to a quicker degradation of the product. In other words, while it may initially appear to be effective, the long-term viability of the material is compromised.
On the other hand, the high-density ballistic rubber showcases a starkly different interaction with the round. Upon impact, the rubber controls the round, capturing its energy and preventing further movement. This reaction is crucial because it minimizes the destruction within the material, thus contributing to the product’s longevity. The round doesn’t bounce or twist through the rubber; instead, it is effectively encapsulated, which drastically reduces wear and tear.
Composite rubber, sometimes labeled with terms like “proprietary,” “cold pressed,” or “chipboard,” does serve as an anti-ricochet material. However, when compared to a custom compound designed specifically for the application—such as CRS ballistic rubber—the benefits seem diminished. The special blend used in CRS rubber has been engineered to maximize the desired traits for ballistic applications, notably high density.
Density in ballistic rubber is a measure of how much material is packed into a given volume. The higher the density, the more mass there is to absorb and dissipate the energy of a bullet. This quality is not merely a byproduct of the manufacturing process but is a deliberate feature engineered to fulfill a specific need: durability under stress.
CRS ballistic rubber’s unique composition includes a tailored blend of materials designed to complement one another in the task of ballistic energy absorption. The density of this rubber is not arbitrary; it is the result of careful experimentation and testing to ensure that it meets the high standards required for effective use in shooting ranges.
The photograph revealing the aftermath of a round entering two different types of rubber panels speaks volumes. Where the composite rubber panel may show significant cavitation and tearing, the CRS high-density panel displays a clean entry with minimal internal disruption. This visual evidence supports the claim that not all ballistic rubbers are created equal. The difference lies in the resilience of the material, its ability to maintain integrity under fire—literally.
The Inside Story of High-Density Ballistic Rubber Durability
To sum up, the photo comparison makes a strong case that the compound and density of ballistic rubber are not just technical specifications—they are indicators of how the product will perform in real-world scenarios. CRS ballistic rubber’s unique combination of density and custom compounding results in a product that not only prevents ricochets but does so while ensuring a longer usable life for the material. This is not just a benefit; it’s a necessity for ranges that see significant use and need their investments to last. As the image starkly illustrates, CRS ballistic rubber maintains its structure even after multiple impacts, underpinning its promise of durability and performance.