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Rubber Molding Services



Ames Rubber Manufacturing has been molding rubber since 1954 and has extensive experience in compression, transfer & injection molding. We can utilize existing tooling for currently manufactured parts, or assist you with newly designed parts to help determine the most cost effective solution to your molded rubber applications.

We utilize Association of Rubber Products Manufacturers (ARPM), formerly Rubber Manufacturer's Association (RMA) tolerances for all of our manufacturing processes unless otherwise stated. This ensures that our customers will receive parts that are produced to the rubber industry standard, whether it is non-critical, commercial, precision, or high precision.






Capabilities

Compounding and Stock Preparation

A Network of Custom Compounders: Beyond that, we have also developed a network of specialized rubber compounders that we utilize each with experienced rubber chemists representing vast knowledge in virtually every elastomeric specialty to ensure that your rubber molding needs are met or exceeded.
In House Custom Mill Mixing: Rubber isn't just a generic, black, elastic material. Rubber is vital to the operations of countless companies and fully integrated into thousands of products and devices worldwide. We can formulate custom compounds designed to deliver specialized performance to meet or exceed your unique requirements that no off-the-shelf product can match. At Ames Rubber Manufacturing, we have custom mill mixing capabilities and an active library of hundreds of in house compounds for oil resistant, non-oil resistant and specialty elastomers ranging from Neoprene® to Nitrile and Silicone to Viton®.

Molding Capabilities

Use our Ames Rubber Molding Guide to help you determine the best molding process for your specific application, or just contact us at your convenience and we will work with you throughout the production process, from concept to completion. Our molding capabilities include:
  • Custom Rubber Compounding
  • Custom Rubber Prep
  • Rubber Compression Molding
  • Rubber Transfer Molding
  • Rubber Injection Molding
  • Liquid Silicone Injection Molding (LIM)
  • Insert Molding
  • Vulcanized Rubber to Metal Bonding
  • Large Part Molding - Our hydraulic molding press capacity ranges from 12” x 12” platens up to 45” x 45” platens.
  • Thermoplastic Injection Molding (TPR)
  • Prototype and Production Runs
  • Rollers - New & Recovered
  • Cryogenic De-flashing
  • Rubber to Substrate Bonding
  • CAD/CAM Mold Design
  • In-house Mold Making
  • Colored Compounds
  • Local Responsiveness - We perform molding services at both our Southern California and Southeastern Tennessee Manufacturing Facilities.

De-flashing and Trimming

Once a rubber part has been molded, in most cases it must be de-flashed.
Ames Rubber Manufacturing has invested regularly in the equipment and technology related to insuring a clean, finished part for our customers.

Cryogenic De-flashing

The most versatile and effective way to de-flash rubber products is through liquid nitrogen tumbling and shot blasting. The rubber parts are placed inside a barrel or basket and liquid nitrogen is used to chill the parts so that the flash becomes brittle, but the part does not crack. Once chilled, the machines tumble the parts around on themselves and fire ceramic media at the parts to encourage all the flash to break off. Depending on the material being run, we can set temperature controls and size and velocity of the media to ensure optimal de-flash with minimal breakage. These setting are saved for each and every molded part that we run.

Mechanical and Hand Trim

In addition to the automated de-flashing equipment, Ames Rubber Manufacturing utilizes specialty grinding and Dremel® tools and other hand tools for parts that would not optimally be cryogenically de-flashed such as rubber to metal parts, and large parts or parts with heavy flash from older molds. With limited employee turnover, our trim and finishing department employees are some of the most experienced and well trained in the industry.

Documentation for Quality Assurance

Once quality acceptance standards are established for a particular part, Ames Rubber Manufacturing uses digital photography to document what is acceptable and what is not. By using prints and pictures with notations with our production travelers, we insure uniform acceptance criteria across shifts and personnel as well as repeatability from year to year.

Solutions by Industry

Aerospace
Agriculture

Apparel

Appliance

Automotive

Chemical Processing

Construction

Communications

Electronics

Filtration

Fluid Power

Food & Beverage

Furniture

General Industry

Heating & A/C

Hydraulics

Lawn & Garden

Leisure Products

Marine

Military

Mining

Oil & Gas

Packaging & Sealing

Pneumatics

Power Transmission

Pool & Spa

Printing & Media

Recreation

Sport & Fitness

Recreational and Sport Vehicles

Rail Transit

Vehicles & Engines

Solutions by Item

Balls
Baffles

Bellows

Bladders

Boots

Bumpers

Bushings

Caps

Dampeners

Diaphragms

Feet

Gaskets

Grommets

Hoses

Insulators

Isolators

Membranes

Mounts

O-Rings

Pads

Plugs

Protectors

Rollers

Rubber Springs

Seals

Straps

Toys

Tubes

Washers

Wheels

Materials

These standard elastomers are compounded for most molding applications. Let Ames Rubber Manufacturing work with you to select the appropriate material for your commercial or specification grade elastomeric requirements.
  • Butyl
  • EPDM
  • Isoprene
  • Natural Rubber
  • Polybutadiene
  • SBR
  • Epichlorhydrin
  • Hydrogenated Nitrile
  • Hypalon®
  • Neoprene®
  • Nitrile
  • Polyacrylate
  • Polyurethane Rubber
  • Viton® Fluoroelastomer
  • Fluorosilicone
  • Silicone


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 DOWNLOADS 

Ames Quick Materials Reference Guide
(PDF, 169KB)

Ames Rubber Molding Guide
(PDF, 195KB)

Epichlorohydrin
(PDF, 105KB)

Ethylene Propylene EPDM
(PDF, 104KB)

Fluoroelastomer
(PDF, 104KB)

Fluorosilicone
(PDF, 104KB)

Hypalon
(PDF, 95KB)

Natural Rubber
(PDF, 103KB)

Nitrile
(PDF, 105KB)

Polyacrylate
(PDF, 104KB)

Polybutadiene Rubber
(PDF, 104KB)

Polychloroprene Neoprene
(PDF, 104KB)

Polyisobutylene Rubber Butyl
(PDF, 104KB)

Polyurethane Rubber
(PDF, 104KB)

Silicone
(PDF, 104KB)

Styrene Butadiene Rubber
(PDF, 103KB)

Isoprene
(PDF, 103KB)


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 Ames Rubber Manufacturing Company, Inc. | Ames Industrial, DWA Industrial, Avon Rubber, Armco