A studio apartment for Airbnb rental? A habitable garden shed to receive your loved ones? Our modular bungalows meet all these needs with elegance. Thanks to their steel structure, good insulation and high-performance glazing,  offer an excellent compromise between comfort and freedom of installation.

At Destiny, we offer custom designs tailored to your outdoor space. Whether you need a designer garden bungalow, a garden cabin, or an affordable garden bungalow, our range can meet all your needs: standalone units, guest rooms, workspaces, or rental investments.

Choosing material for your tiny home:

Detailed Explanation of Mainstream Interior Wall Panel Types

Gypsum board

Advantages: Cost-effective, quick construction (dry work), smooth surface for easy painting or wallpapering, excellent fire resistance (core material is gypsum), and convenient for cutting slots for wiring.

· Disadvantages: Not moisture-resistant or water-resistant (ordinary gypsum board), requires additional insulation materials for soundproofing and thermal insulation, and is not impact-resistant.

· Best for: The majority of dry area ceilings and partition walls, it is the most mainstream basic material in modern interior decoration.

· Upgrade Options:

  · Moisture-resistant gypsum board (green face): Used for ceiling or backing panels in damp areas such as bathrooms and kitchens.

  · Fire-resistant gypsum board (red surface): Used in areas with higher fire protection requirements.

  · Calcium silicate board: superior performance, better moisture and fire resistance, higher strength, and higher cost.

2. · Eco board/plywood:

  · Advantages: High strength, resistant to deformation, and a wide range of environmental protection grade options.

  · Disadvantages: The surface usually requires veneer paper or paint.

  · Best for: Used as cabinet bodies for wardrobes and cabinets, or as wall base layers or decorations.

· Plywood, medium-density fiberboard, and particleboard: Primarily used for furniture manufacturing. When serving as wall materials, attention must be paid to surface finishes and edge sealing to ensure environmental compliance.

3. Calcium silicate board/fibrous cement board

· Advantages: Fireproof Class A (non-combustible), moisture-resistant, mildew-resistant, excellent durability, no deformation, and resistant to insect and ant damage. It is an outstanding wall material with superior performance.

· Disadvantages: The price is higher than that of ordinary gypsum boards, the density is greater, making transportation and installation slightly more labor-intensive, dust generation is significant during cutting, and the surface texture is not as fine as that of gypsum boards.

· Best for: Areas with high requirements for fire and moisture resistance, such as kitchen and bathroom wall base layers, commercial spaces, or as backing boards for exterior wall cladding.

4. PVC/plastic steel plate

· Advantages: Excellent waterproof and moisture-proof performance, affordable price, lightweight, easy installation, and a wide variety of styles and colors.

· Drawbacks: Average texture, poor heat resistance, low fire rating, uneven environmental friendliness (requires selection of high-quality products), and potential discoloration or aging over time.

· Best suited for: Renovation of old houses, temporary buildings, and environments with extreme budget constraints and high humidity (such as rental apartment bathrooms and basements). Not recommended for long-term residential use.

5. Metal panels (e.g., aluminum ceiling panels)

Advantages: Waterproof, fireproof, mold-resistant, easy to clean, and convenient for installation and removal.

Disadvantages: The texture is somewhat cold, and the sound insulation is poor.

6. Integrated wall panels (bamboo/wood fiber/aluminum alloy)

· Advantages: Extremely fast installation (modular panel installation), waterproof and moisture-resistant, excellent thermal and sound insulation, pre-finished surface (wood grain, fabric texture, stone texture, etc.), can be directly installed on rough walls.

Disadvantages: The market offers products of varying quality, with some being environmentally questionable and lacking durability; it occupies minimal indoor space (approximately 1-2cm in thickness); and improper seam treatment may affect aesthetics.

· Best suited for: Quick renovation, secondary refurbishment, or poor wall conditions.

also you can chose wood to make your interior wall, but it needs maintance.

A steel-framed tiny home is naturally more resistant to the test of time than a wood-framed one. 

In the face of strong winds, heavy snow, or even seismic activity, a metal-framed tiny home can withstand far more stress and movement without compromising its structure

1. Wooden frame structure

Advantages:

Lightweight: Easy to transport and construct, reducing foundation costs.

Good seismic performance: Wood has good elasticity and toughness, which can effectively absorb seismic energy.

Fast construction speed: on-site assembly of prefabricated components to shorten the construction period.

Environmental sustainability: Wood is a renewable resource, and using wood to build houses is more environmentally friendly.

Disadvantages:

Poor fire resistance: Wood is flammable and requires additional fire prevention measures.

Durability: Wood is prone to moisture, decay, and insect infestation, making waterproof and moisture-proof design particularly important.

The sound insulation effect is average: the sound insulation effect of wood is not as good as that of concrete and brick walls.

2. Steel structure frame:

Advantages:

High strength: Steel has high strength and can withstand large loads.

Lightweight: Compared to concrete structures, steel structures are lighter in weight, reducing foundation costs.

Recyclable: Steel can be recycled to reduce construction waste.

Disadvantages:

High cost: The relatively high price of steel results in higher construction costs for steel structures.

Poor fire resistance: Steel loses strength at high temperatures and requires additional fire prevention measures.

Poor corrosion resistance: Steel is prone to rusting and requires anti-corrosion measures. For example, purchasing galvanized steel pipes with galvanized coating that meets the standard directly

1)Define Your Purpose, something like: 

Making a rental investment? Setting up a workspace? Hosting a senior ?Hosting family and friends? Creating a leisure space

2)Set a Budget.

3)Location, campsite or your garden

4)Evaluate Rental Potential.

5)Assess Tax Implications.

6)Reserve Funds.

7)Consult with a local mortgage lender.

The core insulation material is polyurethane foam. Thick foam is filled in the walls, and although it is only a few centimeters thick, its thermal insulation effect is equivalent to that of a brick wall over 25 centimeters. For a 11-centimeter-thick wall (including 2.5 centimeters of OSB, 6 centimeters of polyurethane, and 2.5 centimeters of OSB), the indoor insulation performance remains excellent even in an environment of minus 20 degrees Celsius.

Polyurethane is a highly efficient thermal insulation material, and its upgraded version, PIR, is also available, though it comes at a relatively high cost. Alternatives include XPS boards, rock wool, and glass wool

There are also some integrated insulation panels, which are pre-fabricated with insulation, decoration, and integrated design in the factory. They can be directly assembled on-site for penalized houses and modular houses

How long does the tiny house at last?

Modern light gauge steel joist system for houses can theoretically last up to 70 years, thanks to their high-density skeleton structure and steel thickness.

At present, the new type of lightgauge steel system studs are mainlyconstituted of H-profiles, C-profilesand tubes

Standard type: Practical galvanized steel plate and sandwich panel, with a typical lifespan of 10-15 years, commonly used for temporary construction purposes

Upgraded version: Made with high-grade steel and fireproof, moisture-resistant composite panels, its lifespan can exceed 30 years

Top-tier configuration: Enhanced welding density of the keel, utilizing high-specification thickness galvanized steel, with a theoretical lifespan of up to 50 years

Material quality is the primary factor determining lifespan, and it also depends on the plot environment of the building. In coastal areas with high salt fog or high humidity, the corrosiveness of materials is stronger, which can reduce the lifespan by 20%-30%

Maintenance: Light gauge steel houses can feature zero-maintenance exteriors, but regular inspection of sealant aging is also a way to extend the building's lifespan.

Explore your house options

Container house: renovated based on standard containers or using fully welded steel structures similar to containers. Its advantages are high strength, good wind and earthquake resistance, and can be used for more than 20 years. It can also be lifted and relocated as a whole with low loss. But we need to consider the insulation material

Trailer style activity house

(Mobile/Manufactured Home, tiny house on wheels: After the entire factory building is completed, these houses are loaded with wheels and transported to the designated location by trailer. It is more like a large 'RV' that can be placed in a dedicated campsite or rented land. The advantage is that it can be built quickly, but the materials are usually thin and lightweight, and it is often considered as "movable property" rather than permanent property in law, with limited appreciation space.

Fixed prefabricated houses

These types of houses are positioned as permanent residences from the beginning of their design, with quality and legal status closer to traditional houses.

panelized Home: This is currently the most mainstream high-quality prefabricated housing. It is produced in blocks (modules) in the factory, such as walls, roofs, etc., and then transported to the site for assembly like building blocks, and permanently fixed on the foundation. It must comply with local building regulations, so the quality is guaranteed, safe and durable, and the appearance is almost no different from traditional detached houses. This type of house can apply for a regular mortgage and can also increase the value of the main house in real estate transactions.

Fixed prefabricated houses

These types of houses are positioned as permanent residences from the beginning of their design, with quality and legal status closer to traditional houses.

Modular Home: Each cabin is produced separately, and the product design for each cabin has been completed, such as kitchen and bathroom, storage space, etc. Then it is transported to the site and assembled like building blocks, which can be stacked upwards or expanded horizontally

The advantage is that it saves time and cost in decoration, as only a few cabins need to be fixed

Push pull house

The bathroom, kitchen, and cabin of the house are produced in the factory, and only the small cabin needs to be pushed out and fixed on site. The advantage is that it can be delivered quickly and the usable area can be expanded. The disadvantage is that the height is limited, usually with a net height of 2.0-2.2 meters

Bilateral expansion house

Based on the standard container size, the area can be expanded from 10 square meters to 70 square meters on both sides. The advantages are fast delivery and increased usable area. The disadvantages are that there are few available types of houses, and the restroom can only be located in the middle.

Plastic-Based:
PVC
Advantages: Low material cost, low installation cost
Disadvantages: Not aging-resistant, short lifespan

Bamboo Fiber Board
Advantages: Since the base material is plastic, it can be made in various thicknesses
Disadvantages: Very weak UV resistance

WPC (Wood Plastic Composite)
Advantages: High aesthetic value, good texture, wood-like appearance, extremely durable, zero maintenance cost, quick to install, does not mold, waterproof and moisture-proof
Disadvantages: Relatively high price, significant quality variation

Tiny House Exterior Ideas ,tiny home exterior  options

Metal embossed panels come with an insulation layer, and the surface pattern is pressed into the metal. 

They are low-cost and quick to install. The downside is that the metal layer and surface coating are relatively thin, so they can rust easily if damaged.
Steel wall panels have good stability, high flatness, and are resistant to acids and bases as well as corrosion. The downside is that they are heavy.
Aluminum wall panels have good stability, strong plasticity, and are resistant to acids and bases as well as corrosion

Full-body panels: Good UV resistance, resistant to acids and alkalis, strong stability, relatively weak toughness, risk of damage during transportation.
      Insulated decorative panels: Insulation layer and surface layer are integrated, low cost, quick to construct, stone-like appearance; drawback: not very long-lasting.
Soft ceramics: Relatively thin, can be made into curved shapes, textured surface for decorative purposes; drawback: new material, lifespan yet to be verified.
        Cement fiberboard: Different materials are chosen based on different scenarios, air acidity/alkalinity, and budget.

A studio apartment for Airbnb rental? A habitable garden shed to receive your loved ones? Our modular bungalows meet all these needs with elegance. Thanks to their steel structure, good insulation and high-performance glazing,  offer an excellent compromise between comfort and freedom of installation

The orientation of windows has a significant impact on comfort and energy consumption:

South facing windows maximize natural light and heat in winter

The windows facing north provide stable and glare free lighting, making them perfect for workspaces

The window facing east can capture the morning light, which is very suitable for bedrooms or kitchens

The west facing window can provide afternoon light, but it may cause the space to overheat

Carefully designed window positions can make a significant difference. Tall bathroom windows not only ensure privacy but also introduce fresh air. In the bedroom, low side windows can provide ventilation and comfort, while larger living room windows can make the space more spacious, making your micro home feel more connected to the outdoors.

The shape of the roof will change the appearance of the entire micro house. The gable roof displays a classic triangle that can effectively handle rain and snow, creating an elegant and traditional appearance.

The A-type roof works best in snow covered areas because its steep angle can prevent snow accumulation. The open plan design and fewer interior walls create a sense of spaciousness, and the natural light through large windows makes the atmosphere brighter.

A flat roof (slightly inclined for drainage) provides a modern feel and space for a rooftop garden. They have lower construction costs, but require good drainage to prevent water accumulation.

The roof of the carport slopes in one direction, which can effectively cope with heavy rain and add a unique visual aesthetic. Their simple design makes them economical, and due to their angular advantage, they are very suitable for use with solar panels.

Doors play an important role in the appearance and atmosphere of micro  tiny more natural light, which helps to visually open up the space

How to design your windows size and position?

The orientation of windows has a significant impact on comfort and energy consumption:

South facing windows maximize natural light and heat in winter

The windows facing north provide stable and glare free lighting, making them perfect for workspaces

The window facing east can capture the morning light, which is very suitable for bedrooms or kitchens

The west facing window can provide afternoon light, but it may cause the space to overheat

Carefully designed window positions can make a significant difference. Tall bathroom windows not only ensure privacy but also introduce fresh air. In the bedroom, low side windows can provide ventilation and comfort, while larger living room windows can make the space more spacious, making your micro home feel more connected to the outdoors.

The composite wall structure of exterior wall panel+waterproof layer+hollow layer+soundproof cotton+interior wall panel "is a very classic and efficient" sandwich "or" sandwich "wall design in prefabricated buildings. The hollow layer is not simply a gap, but is carefully designed as a multifunctional and high-performance key cavity.

Its core function can be summarized into the following five points, progressing layer by layer from technology to functionality:

1. Core function: Passive ventilation and moisture insulation (technical core)

This is the most important technical function of the hollow layer, which is essentially an air gap.

·Exhaust moisture (respiration):

·Protective insulation layer: Insulation materials (such as the soundproof cotton you mentioned, which usually also has insulation function) are most afraid of moisture. Once it becomes damp, its insulation performance will sharply decrease and it may become moldy or rotten. The hollow layer ensures that the insulation layer is always in a dry and stable environment, thereby maintaining its performance for a long time.

·Preventing condensation: By transferring the interface where condensation may occur from the interior of the wall (near the structural layer) to this ventilated cavity, the accumulation of condensation water in the enclosed wall is fundamentally avoided, protecting the wall structure.

2. Significantly improve the comprehensive thermal performance of the wall

·Increasing thermal resistance: Static air itself is an excellent insulation material. This sealed (but ventilated) cavity forms an additional air insulation layer, further improving the overall insulation performance of the wall.

·Cutting off thermal bridges: In traditional walls, direct connections between inner and outer wall materials can easily form "thermal bridges", leading to rapid heat loss. This hollow layer physically separates the exterior wall panel from the interior wall/insulation layer, greatly weakening the thermal bridge effect formed by structural connectors such as keels.

3. Excellent sound insulation and acoustic performance

·Mass spring mass effect: This structure forms the classic "mass spring mass" sound insulation model:

·The exterior wall panel and interior wall panel are two "panels" with a certain quality.

·The middle air layer (hollow layer) acts as a "spring".

·When sound waves pass through this structure, their energy is repeatedly reflected and consumed at different media interfaces, resulting in a sound insulation effect far exceeding that of solid walls of the same thickness, especially for medium and low-frequency noise (such as traffic noise).

4. Provide concealed space for pipeline installation (convenient functionality)

·During factory prefabrication or on-site construction, electrical circuits (such as wires, network cables), small pipelines, etc. can be pre arranged in this cavity. This makes the interior walls of the building cleaner, without the need for additional slots, improving the level of industrialization and the utilization of indoor clean space.

5. Adapt to deformation and release stress (structural safety)

·Temperature deformation buffering: The exterior wall panel is directly exposed to sunlight, causing severe thermal expansion and contraction; And the temperature change of the interior wall panel is small. The hollow layer provides a buffer space for the asynchronous deformation of the inner and outer materials due to temperature changes, avoiding cracking problems caused by mutual pulling.

·Structural deformation adaptation: Buildings may experience slight deformation or oscillation under wind loads and earthquakes. The presence of hollow layers allows for a certain degree of relative displacement between the inner and outer wall panels, reducing the risk of damage to the wall surface layer due to structural deformation.