"Intumescent" Example Sentences
1. The intumescent coating on the building's steel beams prevented them from buckling under the intense heat of the fire.
2. The fire doors were equipped with intumescent strips that expanded in the heat, sealing off the room from the flames.
3. To reduce the risk of fire, the insulation in the walls was replaced with intumescent material.
4. The intumescent paint on the walls peeled away in sheets as the fire raged on.
5. The intumescent foam filling in the door frame expanded rapidly when exposed to heat, creating a tight seal to prevent smoke and flames from spreading.
6. The intumescent material used in the construction of the building's exterior walls was able to withstand extreme temperatures for much longer than traditional building materials.
7. By applying an intumescent coating to the ceiling tiles, the company was able to meet strict fire safety codes.
8. The intumescent sealant around the electrical wiring helped prevent ignition in the event of a fire.
9. The contractor recommended installing intumescent collars around the pipes to help ensure the building was up to fire code.
10. The intumescent compound in the fire extinguisher reacted with the flames, causing them to die down rapidly.
11. The fireproofing company used intumescent materials to protect the structural steel beams from heat damage.
12. The shipbuilders applied an intumescent coating to the bulkheads to prevent the spread of fire in the event of an emergency.
13. The intumescent mastic around the door frame expanded as flames licked at it, helping to seal off the room from the fire.
14. The intumescent door linings were tested to withstand extreme heat for up to two hours.
15. The intumescent material used in the wall cavity was able to expand up to twenty times its original size in the event of a fire, providing an effective barrier to flames.
16. The intumescent gel applied to the electrical cables helped prevent arcing and ignition in the event of a fire.
17. The intumescent blankets were used by firefighters to smother small fires before they could spread.
18. The intumescent glass in the windows was able to withstand high temperatures without shattering, providing a barrier to the flames.
19. The intumescent coating on the wooden ceiling beams bubbled and expanded as the fire raged on.
20. The intumescent grout used in the construction of the fire barriers was able to withstand extreme heat and pressure without cracking or crumbling.
21. The laboratory used an intumescent paint to coat all surfaces, ensuring maximum fire protection for their experiments.
22. The intumescent putty used to seal off gaps in the firewall expanded rapidly when exposed to heat, helping to prevent the spread of fire.
23. The intumescent insulation in the walls provided superior fire resistance compared to traditional insulation materials.
24. The intumescent coatings used on the steel frames were able to prevent the metal from warping and buckling under extreme heat.
25. The intumescent strips around the doors expanded quickly, creating a tight seal to prevent smoke and flames from entering neighboring rooms.
26. The intumescent door frame lining was able to expand up to ten times its size in the event of a fire, creating an effective barrier to flames.
27. The intumescent silicone caulking around the windows helped prevent flames from entering the building during a fire.
28. The intumescent material used in the construction of the roof provided exceptional heat insulation, reducing energy costs and improving comfort.
29. The intumescent coatings used on the exposed structural steel helped protect the beams from corrosion and other types of wear and tear.
30. The intumescent firestop sealant applied to the penetrations helped prevent flames from spreading between floors in the event of a fire.
Common Phases
1.
Intumescent coatings protect against fire and heat damage;
2. The
intumescent seal around the door prevented the fire from spreading;
3. The
intumescent material expanded when exposed to high temperatures;
4. The builder recommended an
intumescent strip for the fire-rated door;
5. The
intumescent paint provided an extra layer of fire protection;
6. The
intumescent foam filled gaps to prevent the spread of flames;
7. The
intumescent expansion joint protected the building from fire and smoke;
8. The
intumescent coating on the steel beams prevented structural collapse during a fire;
9. The
intumescent fireproofing delayed the spread of fire to neighboring buildings;
10. The
intumescent wrap around the pipes prevented the spread of fire and kept them intact.