Resin Crossback Chair with Rattan Back

Description

While this plastic cross back chair appears to resemble natural wood and rattan, it’s actually made from
high-quality resin. This lightweight and durable material is also moisture-resistant, corrosion-resistant, and
UV-resistant, making it durable and resistant to fading and warping even with extended use. The back and
seat are crafted from simulated rattan, offering breathability and comfort while retaining the aesthetic
quality of hand-woven fabrics.

Resin Cross Back Chair Dimension

The overall height of this dining chair is 85cm, the seat height is approximately 45.5cm, the front width
is 41.5cm, the back width is 31cm, and the seat depth is 40cm.

Plastic Crossback Chair Raw Material Preparation

The first step in producing a resin cross chair is rigorous raw material screening. The plastic crossback chair
frame is made of high-strength, environmentally friendly resin, which is highly weather-resistant and will not
fade, crack, or deform even under prolonged outdoor use due to sun exposure or humid environments.
Before injection molding, the resin pellets undergo a specialized drying and screening process to remove
moisture and impurities, ensuring stability and consistency during subsequent molding.

Plastic Crossback Chair Injection Molding

The resin cross chair is not molded in one piece. Instead, the back frame, seat frame, legs, and cross structure
are individually produced through a separate injection molding process. After drying, the resin pellets are fed
into an injection molding machine, where they melt at high temperatures into a fluid state and are injected
under high pressure into a precision mold. Each mold is manufactured to exacting chair design specifications,
ensuring precise dimensions and smooth lines for each component.

The molded parts pass through a cooling system to quickly solidify their shape before being removed from
the mold. At this point, each component has achieved a stable shape and strength, but the surface may have
injection-molded edges or burrs, requiring subsequent machining and manual finishing to ensure each
component is smooth and flat. After this step, the chair’s main structural components are ready, laying the
foundation for the subsequent assembly process.

Assembling Resin Crossback Chair Components

After the back frame, seat frame, legs, and cross-bracing components have been injection molded and polished,
assembly begins. Workers first secure the four legs to the cross-bracing structure according to the design
sequence to ensure the chair’s overall structure is stable. The seat frame is then attached to the legs and secured
with a chiseled structure and screws to enhance its load-bearing capacity.

Rattan Material Preparation

The rattan used for the back and seat is made of highly realistic resin rattan. This material not only resembles
the look and feel of natural rattan, preserving the natural beauty of the weave, but also offers enhanced wear
and aging resistance. It will not mold, break, or fade during use, thus ensuring the chair’s overall beauty and durability.

Hand-woven Backrest

Experienced craftsmen evenly weave the flexible rattan into the resin crossback chair frame, maintaining just
the right tension and arranging the strips neatly to form a breathable and beautiful rattan lattice structure.
Each cross-joint is securely fastened for durability, ensuring the backrest remains stable and secure even with
long-term use, while showcasing a natural and elegant handcrafted texture.

Hand-woven Seat

The seat inherits the exquisite craftsmanship of the backrest, handwoven from flexible resin rattan.
Artisans meticulously control the direction and density of the rattan to ensure a comfortable seat while also
providing excellent load-bearing capacity. The breathable, moisture-resistant rattan surface remains dry and
comfortable even after extended use, offering both durability and aesthetics, ensuring a secure and comfortable
experience every time you sit down.

Fixing and Reinforcement

The rattan backrest and seat are meticulously reinforced at the edges, ensuring a secure and secure fit.
The cross-section structure is tightly integrated with the plastic cross back chair frame, effectively enhancing
overall load-bearing capacity and stability, ensuring each chair is both beautiful and durable.

Surface Coating and Protective Layer

The cross back plastic chair frame utilizes an environmentally friendly spray-coating process and is available
in a variety of colors, including natural wood, white, black, and gold, to suit any space. A transparent protective
layer effectively protects the surface from wear, scratches, and moisture, maintaining its glossy appearance
and extending its lifespan, ensuring each chair looks like new for a long time.

Resin Crossback Chair Stackable Design

These resin crossback chairs are designed for easy stacking, allowing you to safely stack up to multiple
plastic cross back chairs, taking up minimal space and making transport and storage easy. Each chair features
a protective pad on the bottom to prevent scratches when stacked, keeping the crossback plastic chairs pristine
and making transport and storage easier and more convenient.

Strict Quality Inspection

Every plastic cross back chair undergoes rigorous quality inspection before shipment, including load-bearing
tests, structural stability checks, weaving strength checks, and exterior paint inspections. This ensures durability,
superior craftsmanship, and a flawless finish. We adhere to high standards, ensuring each plastic cross back chair
is a high-quality piece that combines both aesthetics and reliability.

Packaging and Shipping

Resin cross back chairs can be packaged in either a knockdown or stacked package. When unpacking, each
component is individually protected and comes with clear installation instructions. When stacking, soft inserts
and plastic film separate the chairs to prevent damage. All chairs are ultimately packed into custom cartons,
ensuring safe and secure transportation and ensuring they arrive intact.