Flame/Fire Retardant Thermal Insulation 7oz High Silica Fiberglass Cloth High Quality Heat Resistance 240g Insulating Fabric for Sale

• Certification: ISO
• Application: Fire Resistance Curtain, Fire-Proof Door etc...
• Surface Treatment: High Silica
• Weave Type: Plain Woven
• Fiberglass Type: E-Glass
• Alkali Content: Alkali Free
• Model NO.: NFC-HS260
• Material: Fiberglass Fabric
• Processing Service: Cutting, Punching
• Working Temperature Resistance: 1000ºC/1832ºF
• Norminal Thickness: 0.26mm
• Weight: 240GSM
• Silica Content: >96% Sio2
• Color: White, Brown
• Width: 92cm or Customized
• Transport Package: Bag or Carton or Pallet
• Specification: customized
• Origin: Jiangsu, China
• HS Code: 7019590000

Product Description

Product Name:  Flame/fire retardant thermal insulation 7oz High Silica Fiberglass Cloth High Quality Heat Resistance 240g Insulating Fabric for Sale
Brand Name:   New Fire 
Silica Content:  >96% SiO2
Color:  White or Brown
Thickness:  0.26mm
Weight: 240gsm(7oz/ yd²)
Width: 92/100/130/150cm or customized
Working temperature: 1000ºC/1832ºF
Length per Roll: Customized

Product Details:

 

Product Properties:

      1. Fire resistance

      2. High chemical stability

      3. Soft and pliable

      4. Excellent anti-abrasion property

      5. Non-asbestos products, no pollution
Applications
Insulation covers, welding/fire blanket, fire insulation doors and curtains, expansion joints, padding, lagging, high temperature insulation, and other heavy-duty fire control systems etc...
 

Related Products:
 

Product No.	SiO2 Content %	Thickness	Weight
		mm	g/m²	oz / yd²
HS260	≥96	0.26	240	7
HS300	≥96	0.3	300	9
HS600	≥96	0.7	610	18
HS880	≥96	1	880	26
HS1100	≥96	1.25	1100	32

Packaging & Shipment:


Our Service:
      1. Free sample;
       2. Custom weaves, width, length, color, surface treatment are available, the MOQ is low;
     3. Package can be customized with your own LOGO;
     4. High quality & Competitive price.

Any other questions, pls click "Send", we will reply you within 24 hours.