Why Buy Crimsafe

Because Crimsafe® security screens will actually protect your home and your family from intruders and would be thieves. Crimsafe is the only security screen product in Australia where the mesh is screwed into the frame and clamped down with a patented device called the “Screw-Clamp™”. Most other security screen mesh systems sold in Australia are held in place with a wedge forced in under pressure, or are simply glued in.
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Black Screen
Look at the diagram and you’ll see the advantage of our design. Attempts to break through Crimsafe by trying to kick it out of the frame, are inevitably unsuccessful due to the fact that our screws are drilled through the mesh and into the other side of the frame with massive torque, forcing the screw-clamp to bite down on the mesh to grip it in a near unbreakable hold.
Our International Patents mean that other stainless steel mesh security screen products simply can’t feature the same design or offer the same strength.

    The Crimsafe Screw-clamp™

        Our screws are driven into the frame right through the mesh and into the other side, causing the clamp to bite down on the woven profile of the mesh and lock it in place with a vice-like grip.

    Massive Performance Difference

        The difference in impact resistance between a Crimsafe screen and an ordinary security mesh product is significant. Crimsafe repels the physical assault that a burglar or intruder would apply like no other stainless steel security product. In addition to outstanding impact resistance, Crimsafe screens also have excellent cutting resistance qualities.

    More Differences Between Crimsafe and the Rest of the “me too” Products:

        1. We use Structural Grade 304 stainless steel. Others use 316 marine grade stainless steel. We use 304 because it performs better in security applications.

        304 structural grade stainless steel remains stronger AND absorbs more energy in an attack situation. 316 needs to be tempered higher (i.e: the process of heat treating to increase the toughness of iron-based alloys) than 304 to gain its ability to be hard enough to pass the Australian Standards Knife Shear Test. This makes 0.8mm diameter 316 product more brittle, by being less able to absorb energy and change form without breaking, than 0.9mm diameter 304 product.

        Uncoated 316 marine grade stainless steel has a higher resistance to corrosion when immersed in salt-water (which is why it is called ‘marine grade’). However; in security applications, where high grade pre-treatment and high durability powder coating has been applied, corrosion resistance levels of 316 and 304 are almost exactly the same.

        Our high grade pre-treatment and high durability powder coat technologies will also ensure a premium finish that lasts for years.

        2. We use thicker mesh. You get more metal for your money. The strands of mesh in Crimsafe are 0.9mm thick. The majority of other products use 0.8mm strands. This means even though the difference cannot be seen with the naked eye, our mesh is actually 26.5% cross sectionally thicker than the others making this an all-round stronger wire.

        3. Passes more tests. Crimsafe leads the industry, passing the following tests:

        • Exceeds security screen impact levels, withstanding a singular impact of up to 1200 joules of energy
        • Attained 3000 hours in the 1000hr salt spray test with no sign of corrosion, no loss of adhesion and no blistering
        • 44m/s windborne cyclonic debris screening

        PLUS Crimsafe is WERS rated in a number of typical aluminium window applications to reduce solar heat gain in your home by up to 53%.

        4. Santoprene Frame Bead. The unique design of the insulating Frame Bead ensures that dirt and grime will not build up on the edge of the screen frame. The angled Santoprene rubber allows rainwater to wash away airborne particles that build up on the screen and stops it collecting on the top edge of the screen frame. Therefore reducing any chance of the dissimilar metals being connected and in turn stopping electrolysis from occurring.

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