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Fillers for Coatings and Adhesives

Fillers are extremely common in dispensing technology.  They can yield the economical advantage of extending the use of your material while providing many additional benefits to the end result. From heat dissapation to weight, fillers are products that need to be considered when making material decisions.

Materials

Hollow Glass Microspheres
  1. Weight Reduction
  2. Extended Material Usage
  3. Reduced Shrinkage During Curing

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Thermally Conductive Metal

  1. Weight Addition
  2. Extended Material Usage
  3. Increased Rigidity/Hardness to Material
  4. Increased Thermal Conductivity

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Microballons/Phenolic Microballons

  1. Weight Reduction
  2. Extended Material Use
  3. Reduced Shrinkage During Curing
  4. Cost Effective

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Aluminum Powder

  1. Increased Viscosity
  2. Increased Thixotropy

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Wood Flour

  1. Extended Material Use
  2. Weight Addition
  3. Cost Effective
  4. Increased Viscosity
  5. Moisture Resistance

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Fumed Silica

  1. Increased Viscosity
  2. Increased Thixotropy
  3. Performs well in the presence of additional fillers

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Calcium Carbonate

  1. Extended Paint Use
  2. Extended Material Use
  3. Increased Adhesion

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Cotton Flock

  1. Extended Material Use
  2. Increased Rigidity

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Graphic Fiber

  1. Extended Material Use
  2. Increased Rigidity

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Alumina Oxide

  1. Extended Material Use
  2. Highest Heat Conductivity

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Acrylic Dust

  1. Extended Material Use
  2. Nonskid Characteristics

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Talc

  1. Extended Material Use
  2. Weight Addition
  3. Cost Effective
  4. Increased Viscosity
  5. Reduced Shrinkage During Curing

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Further Information

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