Uniting durability and elegance, these innovative doors redefine home security with style and sustainability
These types of doors are a combination of wood fibers or wood flour and thermoplastics such as PVC
The wood fibers are the fundamental structure of the wood. They are mixed with plastics in the manufacturing process of WPC (Wood Plastic Composite), resulting in a composite material that has the appearance of wood along with enhanced durability and resistance to moisture.
They are a type of polymer that becomes pliable when it is subjected to heat and gets solidified when cooled.
Thermoplastics can be melted and molded into different shapes, allowing for flexibility and achieving specific performance characteristics that enhance customization based on required applications.
“ A durable material may or may not be moisture-resistant, depending on its composition”
In homes, WPC doors are commonly used for interior applications such as bedroom doors, bathroom doors, closet doors, and kitchen cabinet doors. Homeowners appreciate their durability, resistance to moisture, and ease of maintenance. Unlike traditional wooden doors, WPC doors are less prone to warping, cracking, or swelling when exposed to humidity or moisture, making them ideal for use in areas with fluctuating environmental conditions.
In commercial buildings such as offices, hotels, restaurants, and retail stores, WPC doors are used for both interior and exterior applications. Interior doors in offices and commercial spaces need to withstand frequent use while maintaining their aesthetic appeal. WPC doors offer a sleek and modern look, making them suitable for modern office environments. Additionally, their resistance to wear and tear makes them ideal for high-traffic areas like corridors and entranceways.
Schools, colleges, and universities often choose WPC doors for their classrooms, laboratories, administrative offices, and common areas. These doors can endure the rigors of daily use in educational settings while providing a clean and professional appearance. Moreover, their resistance to moisture and easy-to-clean surface makes them suitable for maintaining hygienic environments in schools and healthcare facilities.
Hospitals, clinics, laboratories, and other healthcare facilities require doors that can withstand frequent cleaning and disinfection. WPC doors are resistant to moisture and microbial growth, making them suitable for use in healthcare environments where cleanliness and infection control are paramount. They are also easy to sanitize, helping to maintain a hygienic environment and minimize the risk of cross-contamination.
In hotels, resorts, restaurants, and other hospitality establishments, WPC doors are used for interior applications such as guest room doors, bathroom doors, and corridor doors. These doors contribute to the overall ambiance of the space, offering a combination of aesthetics and durability. Additionally, their resistance to moisture makes them suitable for use in humid environments like bathrooms and swimming pool areas.
WPC doors are commonly found in retail stores, shopping malls, and commercial outlets. They serve as entrance doors, interior doors, and partition doors, providing a clean and modern look while withstanding the demands of daily use in a commercial environment. Their durability and low maintenance requirements make them a practical choice for retail spaces where appearance and functionality are important considerations.
While less common than interior applications, WPC doors can also be used for exterior doors in residential and commercial buildings. They offer resistance to weathering, moisture, and insects, making them suitable for use as front doors, patio doors, and balcony doors. Additionally, they require minimal maintenance compared to traditional wooden doors, making them an attractive option for homeowners and property managers.
Chopra Group stands as the epitome of excellence in WPC door manufacturing. With a commitment to quality, innovation, and precision, we redefine spaces with doors that transcend expectations. Our WPC (Wood Plastic Composite) provides aesthetic appeal with robust functionality, crafting meticulous craftwork. Utilizing cutting-edge technology and premium materials, each door is a testament to durability and timeless design.
Committed to environmental responsibility, our manufacturing processes adhere to sustainable practices. Choose Chopra Groups for doors that not only elevate your surroundings but also reflect our unwavering dedication to delivering the best in WPC door solutions, where quality meets innovation in every intricate detail.
WPC DOOR Advantages | |
100% Eco-friendly product | Maintenance free |
Solid door structure with absolute strength | No Paint & No Polish required |
Best to stand with high moisture and humidity level | Surface decoration of WPC DOOR |
High tensile strength | Can treated with HPL lamination |
High screw holding capacity | Best routed with CNC router |
Better maintainability | Can be applied with PVC foil lamination on Vacuum press |
Can be processed like natural wood, MDF, Plywood on any panel processing machine | PVC edge bending can be applied nicely |
Corrosion resistance | Paper lamination can be done easily |
Nontoxic and borer free | PU coating and UV coating can be done |
Easy to cut and saves tooling life almost 30 % than MDF and particle boards | Printing can be done with high resolution |
Anti-abrasiveness | Surface can be painted |
High temperature resistance | Foil transfer mechanism |
Perfect surface finishing | Moldings can be applied |
Accuracy in dimensions | Light weight structure |
S.No | Performance Characteristics | Criteria | Test Method | Specification Requirements ( IS 15931 : 2012 ) |
1 | Dimensions & Squareness Test | a) Average Height | As per IS :4020 ( Part 2 & 3) |
a) +3 to -0 mm |
b) Average Width | b) +3 to -0 mm | |||
c) Thickness, mm | c) +2 to -0 mm | |||
d) Difference in length of diagonal, | d) ≤3 mm | |||
e) Maximum variation in thickness between 2 points, | e) 0.2 mm | |||
2 | Impact Indentation Test | a) Appearance : Cracking & tearing was observed | As per IS : 4020 (Part 5 ) |
a) Satisfactory |
b) Max Depth of depression, mm | b) 0.3 mm Max | |||
3 | Edge Loading Test | a) Deflection after 15 minutes in mm under load application | As per IS : 4020 (Part 7 ) |
a) 8 mm Max |
b) Residual deflection | b) 0.7 mm Max | |||
4 | Shock Resistance Test | Soft & light body impact test observations for any visible damage after 25 blows on each side | As per IS : 4020 (Part 8) |
No visible damage |
5 | Buckling Resistance Test | a) Appearance – Observation for deterioration | As per IS : 4020 (Part 9) |
a) No Deterioration |
b) Residual deflection, 30min after removal of load, in mm | 5 mm Max | |||
6 | Misuse Test | Observed for any permanent deformation affecting normal | As per IS : 4020 (Part 11) |
No permanent Deformation |
7 | Slamming Test | For any damage at the end of 50 successive impacts | As per IS : 4020 (Part 10) |
No visible Damage |
8 | Screw Withdrawal Resistance Test | i) Face Direction & ii) Edge Direction | As per IS : 4020 (Part 16) |
in 1000 N |
“ Transform your memories into timeless art with our sleek and durable WPC frames, blending modern elegance with lasting quality”
Wood Plastic Composite Frame. It is a frame made from a composite material containing both wood fibers and plastics.
A wood frame is a structure, made up of wood that acts as a support system for doors or windows by enclosing them in all directions enhancing their durability.
Rebate means step cut along the edge of the door frame. It allows the door leaf to fit in a well-protected manner, creating a flush surface when the door is closed.
Experience unparalleled quality and style with Chopra Groups- your ultimate destination for purchasing top-tier WPC frames that seamlessly blend durability and aesthetic appeal.
DENSITY | 0.50 | 0.52 | 0.55 | |
COLOR | IVORY | |||
THICKNESS | 26MM | 27MM | 28MM | 30MM |
SIZES | 78 X 27 | 78 X 30 | 78 X 33 | |
SIZES | 81 X 27 | 81 X 30 | 81 X 33 | 81 X 36 |
SIZES | 84 X 27 | 84 X 30 | 84 X 33 | 84 X 36 |
SIZES | THICKNESS |
3FT | 3 X 2 |
7FT | 4 X 2 |
10FT | 4 X 2.5 |
S. No. | Test Parameter | Test Method | Specification Requirements (DSR 2021) |
1 | PVC Polymer K Value | 58-60 (Suspension Grade) | |
2 | Water Absorption | ASTM D570 | |
3 | Density | IS 13360 Pt. 3/ Sec-I | 750 Kg/cum (Min) |
4 | Screw withdrawal Strength Face Edge |
IS 15931: 2012 | 2200 N (Min) 1100 N (Min) |
5 | Compressive Strength | ASTM D695 | 58 N/mm2 (Min) |
6 | Modulus of Elasticity | ASTM D790 | 900 N/mm2 (Min) |