Ceramic Fibre Board 1260°C | Global Shipment to Peru | CCEWOOL®

Ceramic Fibre Board 1260°C | Global Shipment to Peru | CCEWOOL®

Ceramic Fibre Board Shipment to Peru

1260°C Ceramic Fibre Board for Fabrication Processing and Furnace Insulation Projects

Project Overview

Cooperation Years: 13 years
Destination: Peru
Order Volume: 2 × 40HC Containers

Product Details

Product: CCEWOOL® 1260°C Ceramic Fibre Board
Size: 25 × 1000 × 1200 mm
Density: 280 kg/m³
Packaging: Pallet

Recently, CCEWOOL® successfully shipped two 40HC containers of 1260°C Ceramic Fibre Board to a Peruvian customer with 13 years of cooperation.

For this customer, this batch of ceramic fibre board is not simply a purchase of standard boards, but an important base material for subsequent equipment installation, furnace lining renovation, and localized insulation structure fabrication.

1260°C Ceramic Fibre Board

Stable Board Structure for Better Secondary Processing Adaptability

For ceramic fibre board used in fabrication processes, the board must not only provide insulation performance, but also maintain structural stability during subsequent processing.

During custom-shaped part production, if the board density fluctuates greatly or the internal structure is uneven, edge damage, corner breakage, or dimensional deviation may occur during cutting, drilling, or grooving, affecting later installation.

CCEWOOL® 1260°C Ceramic Fibre Board maintains stable board structure, density control, and dimensional consistency, making it more suitable for further processing. Its advantages include:

  • Uniform board structure for easier cutting and processing.
  • Stable density control to help maintain dimensional consistency after processing.
  • Good edge integrity to reduce damage risks during custom fabrication.
  • Stable batch consistency for continuous project processing and supporting supply.

For customers serving the local market long term, this stable processing adaptability helps improve custom-shaped part production efficiency and reduce on-site adjustment and material waste.

Custom-Shaped Part Support for Actual Installation Needs

In industrial furnace linings, equipment insulation, and piping structures, standard-size boards often cannot directly meet on-site installation requirements.

Many projects require arc boards, perforated boards, custom jointing parts, or localized compensation structures according to equipment design.

Therefore, CCEWOOL® can provide various custom processing support according to customer needs, including:

  • Fixed-length and fixed-width cutting.
  • Grooving, drilling, and custom-shaped processing.
  • Arc board and jointing structure fabrication.
  • Multi-specification combined supply.
  • Support for subsequent wrapping or composite structure applications.

Through these processing capabilities, the product can better match the actual installation conditions of end users and help reduce on-site secondary processing costs.

Customer Feedback

“CCEWOOL® Ceramic Fibre Board performs stably during cutting, grooving, and custom-shaped processing. The board also shows good dimensional consistency and edge integrity. For our long-term furnace lining and equipment insulation customers, this type of board suitable for further processing is more beneficial for project installation and local market support.”

Long-Term Cooperation Value

Over the past 13 years of cooperation with this Peruvian customer, CCEWOOL® has continuously provided stable ceramic fibre board products and supporting processing services.

The reason the customer continues to choose us is not only the product’s high-temperature insulation performance, but also our ability to support them in board structure, processing adaptability, transport protection, and customization.

CCEWOOL® will continue to provide Ceramic Fibre Board products better suited for custom-shaped part production, secondary processing, and industrial high-temperature insulation applications through stable product quality, flexible custom processing capability, and standardized export delivery support.


Post time: May-30-2026

Technical Consulting