|  |  | 
							 
								 | 
     
    
  
   |  | 
							 
								 |  |  | 
							 
						   
  
 | 
					 
				 
    
    
 
 
   
 | 
    
    
    
					
        
        
						
                
                    X-Tex Absorbent Roll,  60"W x 250'L
  
  
    | 
                              
                                 | 
    
            
                	 Item Number: 9310 
                      	
                      Manufacturer: UltraTech 
                               
      	    Manufacturer Part No: 9310 
    	           
                                
                  
      
							 * Whole number only
						             
             
          	
          
           
		 
     | 
   
    
    
      X-Tex Absorbent Roll,  60"W x 250'L 
Part # 9310 
    
    Rolled Fabric, 60"W x 250'L (1,524 mm x 76 M) 
    
    11 oz./sq. yd. 
    
    Weight:  100 lbs. (45.5 kg) 
Features 
  
  - 
    
    
Produced from recycled synthetic fibers - Utilizing 
        
        state-of-the-art technology, these materials are 
        
        blended and processed into a lightweight fiber mass with enormous surface area and interstitial spaces creating a high performance sorbent and filter media.  
  
  - 
    
    
Designed for use as a durable long lasting geo-textile and filter media.  
  
  - 
    
    
Allows large volumes of water to pass through while sorbing liquid hydrocarbons, including petroleum, animal and vegetable oils.  
  
  - 
    
    
Cost effective — absorbs an average of 20 times its own weight of liquid hydrocarbons.  
  
  - 
    
    
Great for use in oil / water separators, stormwater and wastewater filtration systems and water "polishing" applications.  
 
More Information: 
X-Tex is a new and unique lipophilic media with a multitude of potential environmental applications.   
X-Tex is produced from recycled synthetic fibers. Utilizing state-of-the-art technology, these fibers are blended and processed into a lightweight fiber mass with enormous surface area and interstitial spaces creating a high performance sorbent and filter media*.  Our fiber blend is also utilized in our X-Tex Rolled Fabric, designed for use as a durable long lasting geo-textile and filter media.   
  
  - 
    
    
Because of X-Tex’s selective affinity for  lipophilic (“oil attracting”) it is very efficient in removing hydrocarbons from water.   
  
  - 
    
    
X-Tex excels as a spill removal media capable of sorbing liquid hydrocarbons, including petroleum, animal and vegetable oils onto its vast fiber mass surfaces and into process-created interstitial spaces.   
  
  - 
    
    
When used as a filter medium, water passes freely, while adsorption of target hydrocarbons begins on contact. X-Tex is extremely efficient due to the enormous lipophilic surface area of the altered fibers.   
  
  - 
    
    
 X-Tex works well as a fibrous supporting matrix for other water conditioning materials such as selective zeolites, activated carbon, zero-valent iron filings, etc.  X-Tex can be ‘conditioned’ to remove specific chemical compounds.  
  
  - 
    
    
X-Tex is cost effective in comparison to many conventional filtering media, adsorbing/absorbing an average of 20 times its own weight of liquid hydrocarbons.   
  
  - 
    
    
Approximately 85-90 % of sorbed oils can be reclaimed from X-Tex and the media reused.   
  
  - 
    
    
In bench-scale testing, X-Tex has shown promising results in filtering out emulsified oils and hydrocarbons out of a water stream.  This characteristic creates opportunities for the use of X-Tex in oil/water separation applications and other hydrocarbon filter projects.   
  
  - 
    
    
X-Tex forms into cohesive mats or “wads” which can easily conform to various applications or filter devices.   
  
  - 
    
    
X-Tex is environmentally benign and user-friendly. It does not leach harmful substances into the environment and when incinerated produces minimal residue or ash.  
  
     | 
   
   
		
                 
                
                
                
                
            
					 
        
        
    
				 
    
					
    
    
				 
 | 
			 
		  |