E3 ACP Manufacturing
Plants in India
E3 is India’s largest ACP manufacturer with production facilities in Uttar Pradesh – Greater Noida and Andhra Pradesh. E3 was the first to set up an ACP plant in South India. Our plants have an annual production capacity of 4 million square metres and equipped with state-of-the-art colour coating lines.
ACP Plant - 1
Greater Noida, Uttar Pradesh
Established in 2023, our Greater Noida manufacturing plant spans 4 acres, representing our commitment to advanced manufacturing and product excellence. The facility delivers an impressive production capacity of 25 lakh sq. ft. per month. Our diverse product range includes Solid, Metallic, and Wooden finishes, catering to evolving architectural and design requirements. Supported by a skilled workforce of 250+ employees, the plant combines modern technology, operational efficiency, and consistent quality to meet growing market demands.
ACP Plant - 2
Hindupur, Andhra Pradesh
Marking a significant milestone in its manufacturing journey, E3 ACP established its first South Indian manufacturing facility in Hindupur, Andhra Pradesh. As the first company to introduce an ACP manufacturing plant in the region, E3 ACP strengthened its regional presence while improving accessibility to quality Aluminium Composite Panels, supporting the evolving architectural and construction needs of southern markets.
In-House Colour Coating Line
Greater Noida, Uttar Pradesh
E3 ACP’s proprietary colour coating line reflects our advanced manufacturing capability, delivering consistent quality, superior finishing standards, and exceptional surface aesthetics. Powered by precision engineering, the process ensures uniform coating thickness, excellent colour consistency, and a refined surface texture across every panel. With carefully controlled production parameters and sophisticated coating technology, we achieve smooth, durable finishes that enhance visual appeal, support long-term performance, and meet the evolving demands of modern architectural applications with reliability and efficiency.
