FibroCeram Materials FibroCeram Materials

High-Density Aluminosilicate Ceramic Fiber Vacuum-Formed Parts Suitable for Industrial Furnaces

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Product Description

📊 Basic Product Information
Model NO.
Ceramic fiber vacuum formed shapes
Chemical Composition
Al2O3.SiO2
Manufacturing Technique
Jilt Silk Rug
Type
1260 / 1350 / 1430c
Classification Temp
900-1500c
Color
White
Feature
Heat Resistant Insulation
Compressive Strength
High Strength
Application
High Temperature Sealing / Insulation
Production Capacity
40,000 Tons Per Year
📦 Packaging & Delivery
Package Size
45.00cm * 45.00cm * 65.00cm
Gross Weight
8.000kg
Transport Package
Carton
🔧 Product Description
Ceramic Fiber Vacuum-Formed Parts

Unique Advantages of Vacuum Forming Technology

Traditional ceramic fiber products struggle to process components with complex curved surfaces, deep cavities, thin walls, or multi-angled bosses/grooves. Vacuum forming technology perfectly solves this problem. Using precision-machined molds, fiber slurry is uniformly adsorbed throughout the cavity under negative pressure, thus forming the desired three-dimensional shape in one step.

Whether it's irregularly shaped heat shields for turbine engines, furnace sealing blocks with multi-layered steps, or split-type pipe shells encasing complex pipelines, seamless, integrated manufacturing can be achieved. This eliminates thermal bridges and structural weaknesses while significantly reducing on-site installation work.

🏢 Production Capability
CERAMIC FIBER PRODUCT CATEGORIES
CERAMIC FIBER BLANKET CERAMIC FIBER MODULE CERAMIC FIBER BOARD CERAMIC FIBER PAPER CERAMIC BULK FIBER
CERAMIC FIBER GASKET CERAMIC FIBER ROPE VACUUM FORMING FIBER SHAPED PRODUCTS CUSTOM SOLUTIONS
Frequently Asked Questions (FAQ)
Q1:   What is the maximum temperature these vacuum formed shapes can withstand?
Our products are available in different grades including 1260°C, 1350°C, and 1430°C, with classification temperatures ranging from 900°C to 1500°C depending on the specific requirement.
Q2:   Can I request a sample before placing a full order?
Yes, we support sample requests. Please afford the sample cost and express fee initially. We will return the sample cost to you upon your first official order.
Q3:   Is custom production available for complex shapes?
Absolutely. Our vacuum forming technology is specifically designed for integrated molding of complex, irregularly shaped parts based on actual customer demands and technical drawings.
Q4:   How do you guarantee the quality of the ceramic fiber products?
We maintain high-quality standards through real-time video monitoring of our production lines and rigorous inspection protocols to ensure every piece meets structural and thermal specifications.
Q5:   What are the primary chemical components of the material?
The primary chemical composition is Aluminosilicate (Al2O3.SiO2), which provides excellent heat resistance and high compressive strength for industrial applications.
Q6:   What are the main advantages of vacuum-formed shapes over traditional fiber products?
Vacuum-formed parts offer integrated molding for complex shapes, eliminating thermal bridges and structural weaknesses caused by splicing, and ensuring a precise fit for industrial equipment.

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