Material Development
Structural Engineering
3D Prototype
Decorations
Rendering
Sampling
Testing
Sustainability

We Make Packaging Sustainable and Beautiful
we have been created packaging can be made of SUSTAINABLE material and way since
2019 with principles ofRefuse, Reduce, Reuse & Recycle,and not lose its attraction to
have consumers feel BEAUTlFUL - a beautiful texture, a beautiful matching, a beautiful
quality, a beautiful job & just BEAUTlFUL, that means a lot for you & us...

1.Material Development
Plastic: Plastic packaging provides unique advantages in terms of durability, versatility, and product protection, making it an indispensable option for many industries and applications.

Paper:Paper packaging offers a range of advantages that make it an attractive choice for businesses seeking eco-friendly, versatile, and customized packaging solutions.

Glass:A nonporous, nontoxic material made from sand, glass is infinitely recyclable. One of its downsides is break ability — glass products may shatter in transit, costing the manufacturer money in the form of lost products and time spent cleaning up. It’s also heavier than plastic and requires substantial heat (energy) to produce.

Metal:Aluminum, steel, and other types of metal packaging are made by mining raw materials from the earth, then refining them. Metal can be more durable than glass or plastic, although thin metal is usually pliable and subject to bending out of shape.
2.Structural Engineering
Professional packaging engineers design your custom box structure & dieline based on your product and goals while keeping protection and cost-savings in mind.
3.3D Prototype
3D prototyping allows designers to quickly modify and improve the packaging concept without incurring significant costs or time delays.3D printers can streamline prototyping processes in plastic packaging design. The technology is capable of fabricating models in almost all shapes while a wide range of filaments can be used to imitate a variety of target materials.
4.Decorations
UV coating: UV coating is a clear liquid applied to paper substrates and then cured using ultraviolet light for a high gloss-like surface effect. UV coatings have the capability to bring your artwork designs to life and add a sleeker look to your final packaging design.

Matte finish :Matte finish has a lower shine compared to a gloss finish, offering a minimalist yet sophisticated appearance. As one of the leading suppliers of skincare packaging, HOKi Packaging provides high-quality matte finish options that are lightweight, transparent, and smoothly comfortable. The matte finish of matte black cream jars and bottles can be achieved through decoration or molding processes.

Metalic:Metallization enhances the gloss and reflectivity, creating a mirror-like effect. For skincare packaging wholesale, metallization can be applied in any color, including gradient effects. This upscale and eye-catching finish is ideal for young and dynamic styles in the beauty product packaging wholesale market.

Frosted:The frosted elevates the packaging of custom skincare bottles and jars by providing a superior sensory experience. HOKi Packaging offers custom frosted glass cream jars, frosted glass lotion bottles, and any personalized cosmetic bottles to suit your needs.

Hot foil stamping: Used as a metallic decorative element for packaging designs, hot foil stamping is an eye catching way to add an elegant touch to nearly any packaging type. Hot foil stamping uses heat and pressure to apply metallic detailing to enhance brand logos or packaging artwork designs.

Embossing: Embossing means to mold, stamp, or carve a design on the underside of a material so it stands out—literally. For more clarity, when you emboss packaging, you create raised or recessed relief images. When you run your fingers over an embossed package, the graphic will stick out with small ridges in the pattern.
5.Rendering
We create rendering of design concepts prior to prototyping to allow for quick evaluation of the concept's form, fit, and function. Digital packaging rendering services can help you visualize a product before you bring it to market.
6.Sampling
Packaging sampling is the process of creating a small batch of packages to represent the final product. It can help identify flaws, make improvements, and get feedback from customers.

Types of packaging samples:
Factory sample:A pre-production sample that is nearly identical to the final product. This type of sample can include logos and enhancements.

White sample: A basic white box that gives a sense of the packaging's structure and size.

Digitally printed sample:A white sample with artwork that provides basic information about the packaging's size, colors, and materials.
7.Testing
Transportation Vibration Test:A package vibration test aims to simulate the types of vibrations that packages suffer during handling, transportation, and shipping. If vibrations are too severe they could cause packages to become damaged by losing their integrity. Therefore, this kind of test aims to discover if your export packaging is going to keep goods safe when being jostled around in, say, a truck, or whether it’s going to come apart at the seams!

Constant Temperature& Humidity Test:A constant temperature and humidity test, also known as a constant temperature and humidity test chamber, is a test that evaluates how materials and products respond to different temperatures and humidity levels.

Drop Test:A drop test is a controlled experiment that simulates a product being dropped onto a hard surface. The test measures the product's ability to withstand impact and any resulting damage.
8.Sustainability
Sustainable packaging is packaging that reduces its environmental impact. It's made from materials that are responsibly sourced and processed, and designed to be efficient and reusable.

PCR:(Post-consumer recycled) This recycled material is crafted from single-use packaging, with PCR bottles constituting its primary component. Utilizing PCR material translates to a reduction in both virgin plastic waste and landfill plastic waste, serving as a tangible and effective approach to embody sustainability for a brand. This is precisely why it is frequently highlighted in the sustainability policies of prominent beauty brands, particularly when it comes to PCR plastic jars, PCR plastic bottles, and PCR plastic deodorant sticks.

Refllable Packaging:Refillable skincare containers from HOKi Packaging cater to a wide range of beauty and personal care products, including makeup, skincare, hair care, and body care. The key benefits of offering refillable tubes, jars, lotion pumps, powder bottles, and powder shakers lie in their ability to reduce plastic waste and lower costs for repeat purchases, thereby fostering consumer loyalty to their favorite beauty brands.
Furthermore, HOKi Packaging allows you to achieve a harmonious blend of an upscale appearance with sustainable features. Please feel free to contact us with any questions.

Mono Material:Mono-material packaging signifies that the entire packaging is crafted from a single material, representing an optimal solution for recycling. PP, PE, and PET are highly favored options as they are recyclable thermoplastic polymers that are already extensively utilized in various products. These materials are sturdy and resilient, withstanding different chemical solvents, acids, and bases. Consequently, consumers do not need to separate components before recycling or take special measures for door-to-door recycling. Simply, they can confidently dispose of the packaging in the recycling bin, assured that it is truly 100% recyclable.

Ocean Bound Plastic:It is estimated that at least 8 million tons of plastic enter the oceans annually. Therefore, prioritizing the capture of ocean-bound plastic (OBP) before it becomes marine debris is a direct and highly effective strategy to mitigate our environmental footprint. We aspire to collaborate with beauty brands worldwide to diminish plastic waste and safeguard our oceans by utilizing ocean-bound plastic in packaging.

Plant-Based Plastic:Plant-based packaging materials are derived from renewable resources, predominantly plant crops like corn, sugarcane, and bamboo fiber. Unlike traditional plastics that rely on finite fossil fuel reserves, plant-based alternatives ensure a continuous and replenishable source.