Noida, India — September 2026: Ogaan Laminates has expanded its surface solutions portfolio with the introduction of OKASA Sheets, an ASA polymer-based surface material developed for contemporary interior applications, including furniture, wall panels and curved surfaces.

The new sheets reflect the company's continued focus on developing surface solutions that respond to changing requirements in modern interior spaces, where designers and manufacturers are increasingly incorporating curves, rounded forms and continuous surface elements into furniture and interior features.

Designed for curved surface applications

A key characteristic of OKASA Sheets is their ability to undergo 90-degree bending while maintaining a clean surface appearance without visible white stress lines. This makes the material particularly relevant for applications where a surface needs to transition around a curve or edge while retaining a consistent visual finish.

The sheets are manufactured using Acrylonitrile Styrene Acrylate (ASA) polymer, a material known for its resistance properties and suitability for applications where surface performance and appearance are important considerations.

Alongside their forming capability, OKASA Sheets feature a satin-smooth finish designed to provide a refined surface appearance across contemporary interior applications.

Combining surface appearance with performance

OKASA Sheets have been developed with a combination of functional and aesthetic characteristics. The material offers high impact resistance and UV resistance, while its colour stability is intended to help maintain the appearance of the surface over time.

These characteristics make the sheets suitable for applications where interiors require more than a conventional flat surface treatment. Furniture components, interior wall panels and curved elements can benefit from a material that combines surface finish with the ability to accommodate shaped applications.

The introduction of OKASA Sheets also reflects a broader movement in interior design towards more fluid forms. Curved furniture, rounded edges and continuous wall features are increasingly being incorporated into residential, hospitality and commercial interiors, creating a need for surface materials that can work effectively across different geometries.

Extending Ogaan Laminates' surface portfolio

OKASA Sheets form part of Ogaan Laminates' wider portfolio of surface solutions. The company's range includes conventional high-pressure laminates as well as acrylic laminates, liner laminates, door-skin laminates and louver panels, serving different requirements across furniture and interior applications.

Ogaan Laminates has also continued to introduce new surface collections and products for architects, interior designers, furniture manufacturers, distributors and other professionals working with interior materials.

The company showcased its latest product developments and collections at MATECIA 2026, held at Yashobhoomi in New Delhi in August, where visitors and industry professionals were introduced to new surface options from the company.

With OKASA Sheets, Ogaan Laminates is further broadening its material offering to address applications where curved forms, surface continuity and contemporary finishes are important considerations.

About Ogaan Laminates

Ogaan Laminates is an Indian manufacturer and supplier of decorative surface solutions for furniture and interior applications. Established in 2018 and backed by the legacy of Amba Laminates, which dates to 1991, the company offers a portfolio of more than 1,500 laminate designs across multiple categories, finishes and applications.

The company's product range includes 1mm and 0.8mm laminates, liner laminates, acrylic laminates, door-skin laminates and louver panels. Ogaan Laminates serves customers through its distribution network across India and continues to expand its range of surface materials for evolving interior requirements.

For more information about Ogaan Laminates and its surface solutions, visit the company's official website.