Dryers for SAP, Specialty Polymers, and Elastomers

Our custom designed conveyor dryers provide efficient drying of super absorbent polymers (SAP), elastomers, polyacrylonitrile (PAN) and fluoropolymers.
 

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Dryers for SAP, Specialty Polymers, and Elastomers

Our custom designed conveyor dryers provide efficient drying of super absorbent polymers (SAP), elastomers, polyacrylonitrile (PAN) and fluoropolymers.
 

With more than 40 years of manufacturing and production experience, and installations with every major global producer, we have a long and successful history in SAP, PAN, elastomer, and flouroploymer production. Today, we provide the petrochemical industry with advanced thermal processing systems for reliably and consistently producing the highest quality products.

Bühler has supplied some of the largest specialty conveyor dyers in the world, with systems producing, for example, more than 80,000 tons/year of SAP on a single line, and remains the only manufacture to supply multiple 4.4 meter-wide systems. Size is not the only measure though, the advanced air management of our dryers offer the highest productivity per square meter available on the market today.

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Highlights

Dryers for SAP, Specialty Polymers, and Elastomers

AeroDry Industrial Dryer

The heavy, industrial construction and precise airflow handling of AeroDry conveyor dryers are used in a wide range of industries including super absorbent polymers, synthetic rubber, polyacrylonitrile acrylic polymers, and advanced materials. These dryers are designed to handle abrasive and harsh working environments while providing continuous and effective working lines. 


Applications

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Super Absorbent Polymer (SAP)

Beginning in the early 2000's, demand has increased for acrylic-based gel polymers such as flocculants and SAP. This has compelled us to advance polymer dryer design for these highly sensitive products. Energy recovery systems are incorporated into the heavy-duty, robust AeroDry conveyor dryer. These dryers are capable of withstanding elevated temperatures while providing the necessary tolerances for thermal expansion. Continuing dryer development and installations with the industry’s largest producers have made us a preferred supplier of SAP dryers worldwide.

Elastomers and Rubber

Bühler has a long history in elastomer production, furnishing drying equipment for the US Synthetic Rubber Program as early as 1942. Today, we provide the industry with advanced  processing options for cold oil extended and non oil extended Emulsion-SBR, Solution-SBR, NBR, EPDM, BR and SBS block co-polymers which are used extensively in automotive, textile and aerospace applications. Our synthetic rubber dryers are tailored to meet the stringent process requirements of technology licensors worldwide and offer an unmatched level of performance, product quality and energy efficiency.   

Polyacrylonitrile (PAN) Acrylic Polymer

Bühler is also the leader in the newest acrylic based industry, supplying the most advanced dryers for polyacrylonitrile (PAN) polymers in the world.  Expanding on a 40 year history of PAN dryers for textile fiber grade tow and staple production, we developed new systems for PAN  precursor for carbon fiber at all modulus and grade levels.  Our PAN dryers feature highly sanitary construction, with integral cleaning and polymer collection systems. This increases yields and eliminates polymer build-up, providing a clean and safe operating environment. Energy recovery and reutilization is incorporated into all the utility streams, dramatically increasing thermal efficiencies. These designs are suitable for all polymerization technologies in carbon fiber and textile/nonwoven applications.

Advanced Material- Fluoropolymers, Bio-Polymers and Complex Co-Polymers

There are fine process and handling requirements for fluoropolymer-based products and other engineered materials. Through joint research and product analysis, we have supplied specific dryer designs highly tuned to accommodate these unique thermal processing characteristics. Design requirements include precise conditions for airflow and temperature uniformity, controlled conveyance for product stability and high levels of sanitation to minimize product contamination. 

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