Load Area Mats

We are a leading producer of high-quality load area mats for light duty vehicles. With a strong track record of supplying both locally and internationally, we manufacture over one million mats a year. Our flexible design and manufacturing techniques allow us to produce custom-designed mats that meet the specific needs of our customers.

Key Features of Load Area Mats

  • Customisable Design: Options for edging and badging to match specific vehicle interiors.
  • Non-Slip Properties: Multiple backing options to ensure mats stay in place.
  • High-Quality Materials: Available in tufted nylon, polyester needled random velour, needled polypropylene, and all-weather rubber.

Manufacturing Excellence

We use advanced manufacturing techniques to produce load area mats that meet the highest industry standards. Our commitment to precision ensures each mat is crafted with meticulous attention to detail, guaranteeing superior quality and durability. The materials used in our load area mats include:

  • Tufted Nylon: Stain, dirt, and water-resistant.
  • Polyester Needled Random Velour: Cost-effective, dirt repellent, and water-resistant.
  • Needled Polypropylene: Economical, dirt repellent, and water-resistant.
  • All-Weather Rubber: Tough and hard-wearing for maximum durability.

Our load area mats are designed to provide a perfect fit and superior functionality. By customising each mat to meet specific customer requirements, we ensure they enhance both the aesthetic and practical aspects of vehicle load areas. Our mats are engineered to provide excellent protection against dirt, moisture, and wear, improving the overall cleanliness and functionality of the vehicle load area.

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Work With Feltex

Partner with us and experience the benefits of working with a leader in highly engineered systems for automotive interior and exterior component management. We are committed to providing innovative, lightweight, and sustainable solutions that make vehicles quieter, more durable, and comfortable, while minimising environmental impact.