Kerámiaszálas papír

Ceramic fiber paper is also called aluminum silicate fiber paper， Ceramic fiber paper is a type of insulation made from ceramic fibers. It is a lightweight, flexible, and non-combustible material that can withstand high temperatures. Ceramic fiber paper is made from alumina, szilícium-dioxid, és egyéb anyagok, amelyeket megolvasztanak, majd szálakká fonnak. The fibers are then bonded with a resin to form a paper-like material. Ceramic fiber paper is available in various thicknesses, sűrűségek, és hőmérsékleti besorolások.

Ceramic fiber papers’ physical and chemical indicators

Tétel		Index
Tétel		XWZ1000	XWZ1260	XWZ1430	XWZ1500	XWZ1600
Classification Temperature ℃		1000	1260	1430	1500	1600
Volume density(kg/m3)		210	210	210	160	180
Rate of Linear % ℃ × 24 óra		3.5(850)	3.0(1100)	3.2(1200)	3.6(1400)	3.4(1500)
Tensile Strength MPa		0.5	0.65	0.7	0.6	0.6
Organic Content %		10	8	6	7	7
Hővezetőképesség W/(m·K)	600℃	0.08	0.09	0.08	0.08	0.07
Hővezetőképesség W/(m·K)	800℃	0.14	0.13	0.12	0.12	0.11
Al₂O₃ %		42	46	35	40	70
SiO₂ %		54	50	44	58.1	28
ZrO₂ %		/	/	15.5	/	/
Kr₂O₃ %		/	/	/	2.5	/

Ceramic fiber paper physical and chemical indicators

Characteristics of ceramic fiber paper

Alacsony hőkapacitás, alacsony hővezető képesség
Excellent electrical insulation performance
Excellent mechanical processing performance
Nagy szilárdságú, tear resistance
High flexibility
Low slag ball content

Aluminum silicate fiber paper is used in various ways

When using ceramic fiber paper, can be used by sticking, filling, wrapping, stb. A variety of usage methods meet the requirements of different occasions.

The use of aluminum silicate fiber paper

Ceramic fiber paper is used for industrial heat preservation, sealing, heat insulation of electrical heating devices, or as a sealing gasket.

Other ceramic fiber products

In addition to ceramic fiber paper, there are some other ceramic fiber products, such as ceramic fiber blankets, ceramic fiber boards, ceramic fiber rope, stb. Their uses and functions are different in different forms.