Cement Fiber Composite Liner

Product Description

Product Description

Definition of Fiber Cement Blanket:

Using organic and inorganic reinforcing fibers, water control layer, combined with concrete dry powder, and stored in rolls, forming a flexible cement-based polymer composite material.

Fiber Cement Blanket

Product Parameters

Model Thickness (mm) Width (meters) Density (kg/square meter) Specifications (meters/roll) Curing time (minutes)
C906 6 1.25/2.4 8 60 120
C910 10 1.25/2.4 14 50 120
D910 10 1.25/2.4 14 50 240
B910 10 1.25/2.4 14 50 120
A910 10 1.25/2.4 14 50 120
C915 15 1.25/2.4 20 50 120
S910 10 1.25/2.4 14 50 5~15
S915 15 1.25/2.4 18 50 5~15

Product Advantages

  • A: Easy construction
  • B: Environmentally friendly and low-carbon
  • C: Fireproof and UV resistant
  • D: Environmentally friendly
  • E: Save labor and effort
  • F: Durable and sturdy
  • G: Can carry water homework
  • H: Low comprehensive cost
Product Advantages

Construction Cases

Widely applied across various engineering projects, including:

Water conservancy Roads Railways Agriculture Electricity Petrochemicals Mining Waterproofing Aquaculture Ditches / Slopes / Ponds

Splicing Method

  • A Crop
  • B Laying
  • C Overlapping
  • D Hydration
Splicing Method Diagram

Certifications

Certification 1
Certification 2
Certification 3
Certification 4

Frequently Asked Questions

q1What is the definition of a Fiber Cement Blanket?

It is a flexible cement-based polymer composite material stored in rolls, made using organic and inorganic reinforcing fibers, a water control layer, and concrete dry powder.

q2What are the key advantages of using this product?

The main advantages include easy construction, environmentally friendly and low-carbon properties, fireproof and UV resistance, durability, capability for water homework, and low comprehensive cost.

q3Where is the product typically applied in construction?

It is widely used in water conservancy, roads, railways, agriculture, electricity, petrochemicals, mining, waterproofing, aquaculture, and structures such as ditches, slopes, and ponds.

q4What are the steps involved in the splicing method?

The splicing process is composed of four stages: Crop, Laying, Overlapping, and Hydration.

q5What is the typical curing time for these blankets?

Most models, including C906, C910, B910, A910, and C915, require a curing time of 120 minutes. Model D910 requires 240 minutes, while models S910 and S915 cure within 5 to 15 minutes.

q6At which port is shipment made, and what departure fees are involved?

The usual departure port is Qingdao Port. Departure fees include trailer fee, port customs clearance and other fees, electricity discharge fee, and ocean freight.

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