keyboard_arrow_up

Pressure Forming Companies and Services

IQS Directory is a top industrial directory listing of leading industrial pressure forming companies and suppliers. Access our comprehensive index to review and source pressure forming companies with preview ads and detailed product descriptions. These pressure forming companies can design and engineer pressure forming services to your specifications and application need. A quick and easy to use request for quote form is provided for you to contact these pressure forming companies and suppliers. Each company has detailed profile information, locations, phone number, website links, product videos and product information defined. Read customer reviews and product specific news articles. We are the right resource for your information requirement whether it’s for a company of forming acrylic, pressure forming, plastic forming services. 

  • Greeneville, TN 423-638-1284

    Valk’s policy is “to meet or exceed our customer’s requirements, working together as a team with honesty and integrity.” Valk’s success is due to their long standing focus on quality & customer service— that means you’re not going to find a better place to satisfy your vacuum formed plastic needs. As a registered ISO 9001:2008 company, Valk is committed to continually improving.

  • Lake Bluff, IL 847-604-5100

    Since 1960, Profile Plastics Inc. has been at the forefront of thermoforming technology. Utilizing the latest software and technology, our expert staff of engineers can design custom vacuum, pressure, and twin-sheet thermoformed solutions. Over the last 50 years, we have developed a process that allows us to deliver consistent, high volume, and precise products with superior quality. Our highly aesthetic products are manufactured with great attention to detail. ISO 9001:2008 certified.

  • New Milford, CT 860-354-0885

    For over 40 years, Conlet Plastics has been a leader in vacuum forming. They serve a wide variety of industries including medical, airline, automotive and signage, with high-quality products that are reasonably priced & delivered on time. They are fully equipped for prototypes or production of many kinds of blister packs. They also offer in house tooling capabilities.

  • Stirling, NJ 800-304-3774

    Engineered Plastic Products custom forms & fabricates sheet thermoplastic materials, standard & specialized, for any number of industrial & commercial requirements. EPP has been widely recognized for outstanding manufacturing & service since 1958 for companies such as GE, NASA & AT&T. Custom fabricated parts can be as large as 72"x108" down to 2"x2" in any thickness up to 1 1/2". Post-forming includes all types of machining & assembly.

  • Coleman, MI 877-465-4055

    Robinson Industries offers thermoformed and injection molded reusable, heavy duty plastic pallets, packaging and more. We are one of the largest suppliers of reusable pallets to many industries because of our expertise based on 65 years in business, our completely in-house process and our high quality certifications including ISO 9001:2008 and ISO 14001:2004. Join the Robinson Family today!

  • West Chester, PA 610-436-4750

    When it comes to vacuum forming we are the experts! Come see the difference when you work with true professionals as we astound you with our amazing levels of customer service. We have made it one of our primary goals that we provide our customers with products that will withstand the test of time to provide a lifetime of value. For more information on how to get started with us visit our website today!

  • More Pressure Forming Companies

businessIndustry Information

Pressure Forming

Pressure forming, a plastic production method that delivers lower tooling cost and speedy prototypes is a great alternative to injection molding. It is also ideal for replacing components made from sheet metal, fiberglass and wood. The process for pressure forming consists of compressed air being used to push the back of the plastic sheet against a mold. Parts are produced three dimensional with features and aesthetics that contend with more expensive processes. 

Pressure forming produces parts with:

Sharp radii 

Zero or negative draft angles 

Finely detailed molded shape 

Molded-in textures, tight corners 

Embossed wording or logos 

Uniform wall thickness 

Undercut details which deliver superior fit up to matching components. 

With pressure forming, a pressure box is added to the non-mold side of the sheet. A seal is created from the hot plastic between the pressure box and the mold. Unlike vacuum forming, which can only handle atmospheric pressure up to 14.7 pounds per square inch (PSI), but air pressure with pressure forming can reach up to 100 PSI. With capabilities of up to 6 times that of vacuum forming, pressure forming enables creating thermoformed parts with much sharper detail. The Mold side of a pressure formed part can look identical to an injection molded part, but with a significantly lower tooling cost. Molds for pressure forming can be textured just like an injection mold so the texture can be formed directly into the finished part. Larger parts are more cost effective using pressure forming as opposed to similar thermoforming processes. 

Pressure forming is only ideal for medium to large sized parts with moderate to low production volumes. Another disadvantage is that tooling cannot easily be modified to account for changes in the design of the product. 

Examples of pressure formed parts include:

Outdoor Plastic Housings

Medical Enclosures

Point of Purchase Displays & Retail Items

Recreational Equipment 

Better detail can be achieved through pressure forming than through other plastic production methods. Without the high mold costs or long lead-times of traditional plastic production, pressure forming can save money and time. 

Pressure forming machines give accuracy of forming, fine definition, great finish and excellent material distribution. Thermoformable materials are fed in by a reel under a heater to ensure balanced heat for the material. Components are trimmed in place with the mold, then formed components are cleared from the mold with an air blast.