The most effective way to prevent dry rot is to limit exposure to sun and heat.
Look for a dull, gray, or chalky appearance on surfaces that used to be deep black or vibrant.
Proper storage is your first line of defense for spare parts, hoses, and rubber protective gear: how to keep rubber from dry rotting work
Drive cars that are stored in a garage at least once a month to prevent flat-spotting and dry rot on tires. 5. Protect from Ozone (Keep Dry)
Constant cycles of wet and dry can leach out chemicals. How to Keep Rubber from Dry Rotting: 5 Essential Tips The most effective way to prevent dry rot
Rubber is an essential, versatile material found in everything from car tires and window seals to garden hoses and footwear. However, it is organic and susceptible to a common, destructive process known as (or oxidation).
Preventing dry rot requires a proactive, multi-tiered approach. By integrating these practices into your regular workplace maintenance routine, you can triple the lifespan of your rubber assets. 1. Store Equipment in a Controlled Climate However, it is organic and susceptible to a
Use a soft-bristled brush or microfiber cloth to clean out treads and creases without scratching the surface.
If your workplace consistently battles dry rot, you may be using the wrong type of rubber for your specific environmental conditions. When ordering replacement parts, consider upgrading to materials engineered to resist specific degradation factors. Rubber Type Key Resistance Properties High-flex applications, footwear Excellent elasticity, but poor UV/Ozone resistance EPDM Outdoor hoses, seals, roofing Superior resistance to UV rays, ozone, and weathering Nitrile (Buna-N) Fuel hoses, O-rings, industrial gloves Excellent resistance to oils, fuels, and chemicals Viton (Fluorocarbon) Aerospace, chemical processing Extreme temperature and high-end chemical resistance Silicone Food processing, medical, high-heat Exceptional temperature stability and ozone resistance Conclusion
What are they exposed to? (e.g., high heat, chemicals, or long periods of storage)
In simple terms, rubber ages due to a combination of environmental factors: