Product Description

Refractory Boiler Bed Materials AFBC & CFBC

The Refractory boiler Bed Material is manufactured from Fresh refractory fire clay and not from pre-used fire bricks.  Hence it is virgin, pure and fresh from the factory. It does not carry the impurities like the conventional bed material. The Raw material Pure Fire Clay Refractory Material has been directly source from Neyveli Lignite Corporation Limited (NLC) is a Navratna Government of India Enterprise, hence the superior quality Bed material with excellent features and characteristics resulting in higher efficiency and cost savings.

Salient features

Sri Renga Refractory Bed Material has many special characteristics that make it a perfect material for obtaining smooth and perfect fluidization in FBC & CFBC Boilers with high economy of operations. 
 

1. Material free from fine particles

1. Precise particle size distribution
2.  Excellent material for obtaining fluidized action
3.  Excellent chemical purity
4.  High initial deformation  temperature
5. Optimal coal consumption
6.  Iron free bed material
7.  Perfectly controlled density
8. Low Alkali contents
9. Low down time & maintenance cost

1. Its manufactured from fresh refractory clay and not from pre-used fire bricks. Hence it is virgin, pure and fresh from the factory. It does not carry the impurities like the conventional bed material.
2. The content of iron is very negligible. Except for the basic content in the clay the material is not attracted to any foreign iron contamination.
3. Corrosion to the boiler bed coil tubes is prevented by using this product.
4. It is free from moisture. In general conventional bed material comes along with *0% to *5% moisture.
5. It saves your fuel, because of its pure from the entire part of the bed material absorbs the heat from the fuel and functions as a perfect media.
6. The consumption of the bed material will drastically come down because of its effectiveness in maintaining its shape (Maximum size higher quantity) for a longer period than the conventional material.