Saint-Gobain Ceramics & Plastics Inc.

WORCESTER, MA
United States
https://www.ceramicsrefractories.saint-gobain.com/

$https://www.linkedin.com/company/saint-gobain-performance-ceramics-refractories/mycompany/?viewAsMember=true$

Booth: 552

Welcome to Saint-Gobain Performance Ceramics & Refractories!

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Pioneering ceramic solutions for extreme industrial applications and a greener world.

Total Burner Solution for Energy and Carbon Reduction
Thermal manufacturing process managers must continue to improve efficiency, achieve higher productivity, reduce emissions and overall energy use and keep equipment running as long as possible.
Single ended radiant tubes, U-tube and W-tubes each utilize enhanced design solutions and carefully selected materials to ensure performance and efficiency. Silit® ceramic radiant tubes, recuperators, flame tubes, and combustors are all established, proven and time-tested designs.

Visit us at booth #552 and learn more about our advanced products and solutions.

We look forward to meeting with you!

For more information:

www.ceramicsrefractories.saint-gobain.com

ceramics.refractories@saint-gobain.com

Brands: Silit® SKD, Amasic-3D®, Hexoloy®, SpyroCor®, NOxBuster®, PyroCor™, HeatCor™

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Products

Ceramic Radiant Tube

These tubes offer higher productivity coupled with lower energy consumption. The largest available ceramic single ended radiant tube is measuring 3,500 mm in length and with a 300 mm diameter. Available for straight and single-ended applications.... More Info Less Info

The silicon carbide radiant tube is the centerpiece of Saint-Gobain Performance Ceramics & Refractories’ range of total burner solutions. Ceramic radiant tubes can withstand application temperatures up to 1,380°C and can input up to twice as much energy into furnaces as alloy radiant tubes.

Features and Benefits

Made of robust silicon carbide
Operating temperatures up to 1,380°C
Long service life
Advanced silicon carbide microstructures provide high thermal conductivity and shock resistance
Industry-leading diameter and length
Suitable for most furnace applications
Thin-wall designs increase thermal performance and enable design flexibility

HeatCor™ and Silit® Recuperators

Our recuperators that are integrated into burner systems for both direct and indirect-heating applications. Recuperator serves to recycle energy. Traditional ceramic recuperators allow for efficiencies of up to 75% in more sophisticated burner systems.... More Info Less Info

The HeatCor™ twisted channel recuperator is a heat exchanger technology enabled by the Amasic-3D® manufacturing platform.

HeatCor™ allows recuperators and burner systems to exceed 80% efficiencies thanks to its unique twisted channel design and surface areas up to three times larger than traditional recuperators with the same footprint.

Features & Benefits HeatCor™ Recuperators

Thin-wall silicon carbide offers the highest rates of heat transfer and thermal performance
Variable twist and channel cross-section provides optimized efficiency with the lowest pressure drop
Novel metal-ceramic interface ensures easy integration into metallic furnace components
3D printed end-sets improve application flexibility and extend customization potential
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Silit® SKD recuperators can be installed into every type and size of radiant tube. The recuperator recycles energy, with these traditional ceramic recuperators facilitating efficiencies of up to 75% in more sophisticated systems.

Features & Benefits Silit® SKD recuperators

Made of robust silicon carbide
Operating temperatures up to 1,380 °C
Long service life Advanced silicon carbide microstructures provide high thermal conductivity and shock resistance
Industry-leading diameter and length
Suitable for most furnace applications
Thin-wall designs increase thermal performance and enable design flexibility

SpyroCor® Radiant Tube Insert

SpyroCor® inserts can be easily retrofitted into existing radiant tubes, improving efficiency and bolstering the amount of heat that the radiant tube is reradiating into the furnace chamber.... More Info Less Info

Implementing these inserts can lead to energy savings of up to 15% and throughput improvements of up to 6%. SpyroCor® inserts are compatible with straight, U-Type, W-Type, and Tri-Type radiant tubes.

Features & Benefits SpyroCor® Radiant Tubes Inserts

Made of robust silicon carbide
Operating temperatures up to 1,380 °C
Long service life High radiant output
Advanced silicon carbide microstructures provide high thermal conductivity and shock resistance
Patented twist fin design absorbs heat energy and reradiates heat back into the furnace 2-6 % throughput improvement 5-15% energy and carbon reduction

NOxBuster® Radiant Tube Insert

NOxBuster® boasts a patented design that allows the recirculation of flue gasses within the radiant tube. This can lead to a significant reduction in flame temperature and up to 50% lower NOx emissions.... More Info Less Info

The NOxBuster® utilizes a novel design to recirculate exhaust gas and stage the combustion process. This reduces flame temperatures and supresses NOx.

Benefits

Thin-wall silicon carbide for the highest rates of heat transfer and thermal performance
Novel design combines recirculation and staged combustion for optimum
NOx reduction using HeatCor™

PyroCor™ and Silit® Flame Tubes

Silit® flame tubes (diffusers) function as a guide for the flow of combustion and combustion gas in single-ended radiant tube applications. PyroCor™ is a uniquely designed twisted tape flame tube, modified and developed for use in U-tubes and W-tubes.... More Info Less Info

Benefits

Made of robust silicon carbide
Operating temperatures up to 1,380 °C
Long service life
Advanced silicon carbide microstructures provide high thermal conductivity and shock resistance
Industry-leading diameter and length
Suitable for most furnace applications
Thin-wall designs increase thermal performance and enable design flexibility