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xafe foam EXL/EL

xafe foam EXL/EL

SEMI-INCOMBUSTIBLE POLYURETHANE SPRAY FOAM FOR COLD/FROZEN STORAGE

Xafe foam EXL/EL, which is implemented to achieve optimal performance even in extreme environments such as low-temperature warehouses, is the first urethane insulation material in Korea to secure semi-incombustible material performance as a single material without gypsum board or protective facing material. Excellent insulation performance and air-tight spray construction can fundamentally prevent ice formation, and semi-incombustible material performance can create a safe environment for fire.

xafe foam EXL/EL

Features

extra
더
safe
마음을 놓는

Extra-relieving space

"xafe" as a combination of extra(more) and safe(feel relieve)
Extra denser,
Extra warmer,
Extra classier,
Extra safer,
It is a brand of KD ONE which makes extra-relieving space.

Extra denser, Extra safer,

"xafe foam EXL/EL" keeps the temperature of the space,
excellent construction workability at any shape of surface,
and thanks to Semi-incombustible property, it keeps safe against fire.

Product Features

For Low-temperature warehouse

Maintains optimal performance even in cold environments such as refrigerated/frozen warehouses.

Excellent fire safety

Korea's first spray-type urethane insulation material with semi-incombustible material performance as a material itself without radiant heat-blocking facing material.

Excellent insulation

High-performance insulation capable of meeting enhanced insulation standards through low thermal conductivity of 0.022 W/mK and airtight construction without thermal bridges

Excellent workability

Unlike plate-shaped insulation materials, spray-type urethane insulation materials that do not require on-site cutting, etc. to enable airtight construction of complex shapes and has an excellent workability.

Comparison of Fire Safety

Combustion

Fire extinguishing within 1 minute of the formation of a carbonized film

Fire extinguishing

Gas and water vapor are trapped in carbonized membranes and inorganic particles, leaving little emissions

Expansion of the carbonized membrane

Carbonized film foaming occurs due to accumulated gas and steam.

Result

When a fire occurs, a surface carbonization layer is formed to reduce heat transfer, prevent oxygen penetration, and prevent fire diffusion.

Ordinary PU foam

Combustion

Combustion

Continuous combustion by flame propagation

Combustion

Result

When urethane starts to burn at high temperatures in the event of a fire, toxic gas generation increases and gas concentration increases.

Field of Application

Cold storage, Frozen storage

Spraying on Ceiling

Spraying on Wall

Property/SPEC

Specification

	Fire resistance	Thermal conductivity (W/mK)	Density¹⁾(kg/m³)	Absorption(g/100cm²)	Compression strength(N/cm²)
xafe foam EXL/EL	SEMI-INCOMBUSTIBLE	Less than 0.022	28 ~ 32	Under than 3.0	Over than 10
Test method	KS F ISO 5660-1 KS F 2271	KS M 3809	KS M 3809	KS M 3809	KS M 3809