We manufacture and supply Housecraft FRP Doors. We bring to you the best of exotic hand crafted contemporary & traditional craft to meet your demand of existing trendy at cost effective level yet saving your modernity & traditional taste. We provide these FRP Doors at market leading prices. Types :

• Hollyset Door
• A result of many years of experience in technology & craftsmanship. Our research evolved a "Composite Homogeneous Skin Molding Process" at our in-house facility. Doors are available in attractive craft designs and different Wood Tones.
• Prime Door
• A premium FRP door made out of glass chopped mat and high quality polyester resin with state-of-the-art homogenous skin moulding technology. It gives resistance against water, termite, mild chemicals, corrosion, etc. Thickness of the door is 30 mm. Length and width as per the specifications of client. Treated wood is inserted to hold the screw properly. Door is made solid by sandwiching puff inside. Door Frame (Chokhat) is also available in same material.

We manufacture and supply Housecraft FRP Doors. We bring to you the best of exotic hand crafted contemporary & traditional craft to meet your demand of existing trendy at cost effective level yet saving your modernity & traditional taste. We provide these FRP Doors at market leading prices. Types :

• Hollyset Door
• A result of many years of experience in technology & craftsmanship. Our research evolved a "Composite Homogeneous Skin Molding Process" at our in-house facility. Doors are available in attractive craft designs and different Wood Tones.
• Prime Door
• A premium FRP door made out of glass chopped mat and high quality polyester resin with state-of-the-art homogenous skin moulding technology. It gives resistance against water, termite, mild chemicals, corrosion, etc. Thickness of the door is 30 mm. Length and width as per the specifications of client. Treated wood is inserted to hold the screw properly. Door is made solid by sandwiching puff inside. Door Frame (Chokhat) is also available in same material.