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  1. Contact Information. 5600 Lower Macungie Road Macungie, PA 18062. Seminar Entrance. 1725 Willow Lane East Texas, PA 18046. Main Phone and Order Desk (610) 252-5800 or toll-free: (800) 762-0744. Fax (610) 252-6200. Contact Technical Support. Find a Distributor; Buy Online – Smooth-On Store; Terms & Conditions of Sale / Returns Policy; Product ...

  2. Contact Information. 5600 Lower Macungie Road Macungie, PA 18062. Seminar Entrance. 1725 Willow Lane East Texas, PA 18046. Main Phone and Order Desk (610) 252-5800 or toll-free: (800) 762-0744. Fax (610) 252-6200. Contact Technical Support. Find a Distributor; Buy Online – Smooth-On Store; Terms & Conditions of Sale / Returns Policy; Product ...

  3. About Smooth-On, Inc. You may never have heard of us, but you've seen our products at work. If you've ever been to the movies, admired a piece of sculpture, marveled at detailed architectural ornamentation or used a telephone; then you've encountered the handiwork of people who use Smooth-On rubbers, plastics, foams and other products to turn their ideas into 3-dimensional reality.

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  5. Company Description: Smooth-On, Inc. is located in Macungie, PA, United States and is part of the Resin, Synthetic Rubber, and Artificial and Synthetic Fibers and Filaments Manufacturing Industry. Smooth-On, Inc. has 125 total employees across all of its locations and generates $68.86 million in sales (USD). (Sales figure is modelled).

    • 5600 Lower Macungie Rd, 18062-9030, PA
    • 125
    • (610) 252-5800
  6. Contact Information. 5600 Lower Macungie Road Macungie, PA 18062. Seminar Entrance. 1725 Willow Lane East Texas, PA 18046. Main Phone and Order Desk (610) 252-5800 or toll-free: (800) 762-0744. Fax (610) 252-6200. Contact Technical Support. Find a Distributor; Buy Online – Smooth-On Store; Terms & Conditions of Sale / Returns Policy; Product ...

  7. Nov 01, 2012 · The aim of this work is to propose a mortar-based formulation to solve 2D large deformation frictionless contact problems using a smooth contact surface description of the two bodies. We consider linear elements in this work. The results will be compared with a non-smoothing formulation using linear elements also based on the mortar method [13 ...

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