Lamiflex Foam is available in both standard Ether and Ester grades, specially designed for thermoformability and flame lamination processes. Flame lamination involves bonding foam with fabric by passing the foam surface over an open flame. This exposure creates a thin layer of molten polymer on the foam, which, under pressure, bonds securely with the fabric to form a composite material. These composites are widely used in automotive headliners, seating, door panels, orthopedic braces, sound attenuation materials, footwear components, and more.
Our Ether grade Lamiflex foam incorporates special additives to minimize thickness loss during flame lamination and to enhance bonding strength between foam and fabric. Select Ether grade variants are also treated with Neem-Fresh™ antimicrobial technology, making them ideal for applications in jackets, helmets, gloves, cricket pads, seat covers, laptop bags, and similar products.
Additionally, Ether grade Lamiflex foam is utilized in soundproofing solutions, such as upholstered wall track systems.
The Polyester grade Lamiflex foam is formulated with flame retardants to meet FMVSS-302 fire safety standards, making it especially suited for automotive applications.
Lamiflex foam is used in applications that require reliable flame lamination and thermoformability. It is commonly bonded with fabrics to create composite materials for automotive interiors, seating components, footwear parts, orthopedic supports, and sound attenuation systems.
Lamiflex foam is engineered to bond cleanly with fabric when exposed to controlled flame. Its formulation helps limit thickness loss and improves adhesion, resulting in stable laminated layers that maintain shape and performance after processing.
Ether grade Lamiflex foam focuses on flexibility, bonding strength, and thickness retention, while Ester grade variants offer higher heat resistance and fire compliance. This allows manufacturers to select the grade best suited to automotive, industrial, or consumer applications.
Certain Lamiflex foam variants include antimicrobial treatment and flame-retardant properties. These features make the foam suitable for products such as helmets, seat covers, protective gear, and interior components where hygiene and safety standards are important.
A dependable lamiflex foam manufacturer provides consistent foam structure, tested lamination performance, and grade options tailored to specific industries. This ensures predictable bonding results, compliance with safety standards, and reliable supply for large-scale production.
Lamiflex is a specialized polyurethane foam engineered for thermoforming and flame lamination applications. Sheela Foam develops Lamiflex foam to deliver excellent mouldability, dimensional stability, and durable bonding across automotive, footwear, medical, and industrial manufacturing.
Lamiflex foam provides controlled surface melting, minimal thickness loss, and strong adhesion during flame lamination. Sheela Foam engineers advanced Lamiflex formulations that improve processing efficiency while ensuring durable bonds with fabrics, leather, and technical textiles.
Its engineered cell structure creates a uniform molten surface during flame lamination, producing strong and consistent adhesion. Sheela Foam develops Lamiflex foam to ensure reliable bond strength, excellent finish quality, and long-term product durability.
Lamiflex foam is widely used in automotive, footwear, orthopaedics, healthcare, sports equipment, luggage, protective gear, upholstery, and acoustic insulation applications. Sheela Foam supplies globally engineered Lamiflex solutions for high-volume manufacturing programmes.
Lamiflex combines flexible cushioning with excellent mechanical strength and bond integrity, allowing finished products to maintain comfort and structural performance. Sheela Foam engineers advanced Lamiflex foam to deliver reliable long-term durability under demanding conditions.
