CORE Erosion Control Services’ Post

CORE filter sock mesh is available in various strengths to handle any job site. Whether you need to move the filter sock around a site or have it stay in place with minimal disturbance, CORE has the right mesh for you! Learn more: https://bit.ly/3zDnZiT #sedimentcontrol #waterquality #environmentalcompliance #stormwater #stormwatercontrol #erosioncontrol #stormwatermanagement

Intumescents are good passive flame-retardants due to their ability to increase in volume. Learn more: https://buff.ly/3Y04XNW #Intumescent #FireProtection #FlameRetardant #HeatResistance #PassiveFireProtection

Intumescent vs. Smoke Seals: What’s the Difference? In fire safety, both intumescent and smoke seals are crucial, but they do different jobs: Intumescent Seals - Function: Expand when exposed to heat to block fire and hot gases. - Materials: Made from heat-reactive materials like graphite. - Use: Installed around doors and windows to stop fire spread. Smoke Seals - Function: Prevent smoke from passing through gaps immediately. - Materials: Made from flexible materials like rubber. - Use: Installed around doors to block smoke. Why Both Matter: - Intumescent Seals: Activate with heat to block fire. - Smoke Seals: Work instantly to block smoke. Together, they help keep buildings safe from fire and smoke. #FireSafety #BuildingSafety #IntumescentSeals #SmokeSeals #ConstructionSafety

We all know that the fiber optic splitter box will be connected to many optical fibers, which is easy to generate high temperature. Therefore, whether it is used indoors or outdoors, the box must have a characteristic: flame retardancy Flame retardancy does not mean that it can help firefighters put out fires when a fire occurs, which is obviously impossible, but when the box contacts the fire source, the box itself delays the spread, continuation and diffusion of the flame. The box has flame retardancy, which can greatly improve safety.

Understanding Intumescence: How it Safeguards Against Fire Spread 🔥 Ever wondered how certain materials effectively combat the spread of fire? Let's tap into the world of intumescence and its pivotal role in fire protection. Intumescence refers to a phenomenon where certain materials swell and expand when exposed to heat, forming a protective char layer. This char layer acts as a shield, insulating surfaces and delaying the penetration of heat, smoke and fire. At Protecta, we harness the power of intumescence in our fire-retardant products to provide robust fire protection solutions. Here's how it works: Activation: When subjected to heat, the intumescent material undergoes a chemical reaction. Expansion: The material expands rapidly, forming a dense, insulating layer. Protection: This layer shields the underlying substrate, delaying fire penetration and preventing structural damage. At Protecta, we're committed to advancing fire safety through innovative solutions. Find out more here: https://lnkd.in/eN3qQpyq #FireSafety #Intumescence #ProtectaProducts #PassiveFireProtection #SafetyFirst #ProtectaFire

How to check invert level drain on site?

Clean Rooms provide a unique set of challenges when designing a fire detection system for them. Smoke detection is very dependent on air change rate, air velocity and room geometry. How does one minimise the impact of these factors? In addition, how can one maintain the fire detectors without compromising clean room integrity? The answer is by choosing ModuLaser. ModuLaser can detect fire very early, minimising damage to experiments and business disruption, as well as facilitating evacuation without compromising clean room protocols. Aspirating smoke detection efficiently identifies smoke in clean rooms, with a low incidence of false alarms, whilst all the fire detection equipment and test points are located outside for easy access/maintenance. Availability and features may vary by region. For more information regarding what ModuLaser can do for you, please contact your local Carrier Account Manager or visit https://lnkd.in/e-vt_cpg #firedetection #asd #aspiratingsmokedetection #airsense #edwards #modulaser

Check out our latest blog Guarding the Flow: Innovative Solutions for Leak Detection. This blog discusses a project that F&T is working on with a local mall that is having plumbing leaks. Rich Barbera explores different solutions that are efficient and cost effective for Leak Detection. Read more here: https://lnkd.in/eP9_TjG7

Different types of fire detectors are designed to detect specific fire conditions including smoke, heat, and flame. The right detector can make all the difference when it comes to how quickly a fire is identified. For example, a heat detector might be better suited for a harsh environment where a smoke detector would be more susceptible to false activation, while a flame detector might be more effective in high-risk areas where fires can escalate rapidly. To find out what detectors will work best for your building, reach out to us: https://lnkd.in/dZudtkdQ.

We all know that the fiber optic splitter box will be connected to many optical fibers, which is easy to generate high temperature. Therefore, whether it is used indoors or outdoors, the box must have a characteristic: flame retardancy Flame retardancy does not mean that it can help firefighters put out fires when a fire occurs, which is obviously impossible, but when the box contacts the fire source, the box itself delays the spread, continuation and diffusion of the flame. The box has flame retardancy, which can greatly improve safety.