HELP Coat®
HELP® Coat
HELP Coat® In-Mold Painting Technology – Proven Protection, Superior Performance
At Romeo RIM, we understand that a product’s finish is just as important as its function. That’s why we’ve been pioneering in-mold painting technology since the mid-1990s, developing a proven process that set the foundation for superior durability and efficiency in molded parts.
Building on that legacy, we’ve also introduced HELPcoat®, representing the next evolution of in-mold painting. This advanced robotic application technology delivers unmatched durability, consistency, and efficiency, far surpassing traditional post-mold painting— which is prone to peeling, cracking, and added costs. HELPcoat® is applied directly inside the mold, chemically bonding to the part during manufacturing, eliminating the need for extra processing steps like part prepping and post-mold painting.
Now, this cutting-edge HELPcoat® technology has been integrated into our HELP® Bumper product line, ensuring the same industry-leading protection, aesthetics, and cost savings for impact-resistant bumpers.
Download the RIM Design Guide
Advantages of HELP® Coat
- Will Not Peel, Flake or Crack
- Has Greater Durability to Protect Your Investment
- IS Robotically Applied for Higher Quality
- Has Enhanced Surface Finish Detail
Why Choose HELPcoat®?
- No Peeling or Cracking – The paint chemically bonds to the molded part, creating a permanently adhered, high-quality finish that lasts the lifetime of the vehicle.
- Fade & Weather Resistance – Engineered for superior UV and environmental protection, HELPcoat® maintains color vibrancy and surface integrity even in extreme conditions, from scorching desert sun to freezing, snowy climates.
- Consistently Applied via Robotic Precision – Our automated in-mold application ensures uniform coverage, eliminating common post-mold painting issues such as overspray, uneven coatings, or missed areas.
- Cost-Effective & Efficient – By eliminating secondary painting steps, HELPcoat® reduces labor costs, material waste, and production time, delivering a high-performance finish with greater efficiency.
