WHOLESALE · PRIVATE LABEL · OEM / ODM
Ø490 mm Double-Wall Smokeless Fire Pit
Model 6834-49 · Wood-Burning · SUS304 Inner Chamber
The 6834-49 is a Ø490 mm wood-burning fire pit engineered with a double-wall airflow system to support primary and secondary combustion. Fresh air enters through the lower openings, is preheated between the inner and outer walls, and is reintroduced near the upper combustion zone to help reduce visible smoke under suitable operating conditions.
The standard configuration combines a SUS304 stainless-steel inner chamber, steel outer body, 1.5 mm material thickness, high-temperature-resistant coating, reinforced burning structure, full bottom plate and removable ash-management design.
- MOQ
- From 100 pcs*
- Sample
- From 5–8 days*
- Production
- Typically 30–45 days*
- Program
- OEM / ODM
* Final terms depend on specification, customization level and order quantity.
PRODUCT AT A GLANCE
Verified product facts.
- Overall Size
- 490 × 490 × 400 mm
- Inner Chamber
- SUS304 Stainless Steel
- Outer Body
- Steel
- Standard Thickness
- 1.5 mm
- Finish
- High-Temperature-Resistant Coating
- Ash Management
- Removable Ash Drawer
- Fuel
- Wood
- OEM / ODM
- Available
ENGINEERING HIGHLIGHTS
Key product differentiators.
Double-Wall Airflow
Controlled airflow preheats incoming air before it reaches the upper combustion zone, supporting secondary combustion under suitable operating conditions.
Reinforced Burning Structure
Integrated reinforcement ribs strengthen the burning base and improve structural rigidity during repeated high-temperature use.
Integrated Full Bottom Plate
The full bottom plate helps reduce direct heat loss through the base and supports a more controlled combustion environment.
Easier Ash Management
A removable ash drawer allows accumulated ash to be taken out more conveniently after the fire pit has fully cooled.
ENGINEERING AIRFLOW
Double-wall airflow system.
The 6834-49 uses a double-wall airflow path to support both primary and secondary combustion. Incoming air is heated between the inner and outer walls before being introduced again near the upper fire zone.
- 01 IntakeFresh air enters through the lower openings.
- 02 PreheatIncoming air travels upward through the double-wall cavity and absorbs heat from the combustion chamber.
- 03 ReintroducePreheated air exits near the upper combustion zone.
- 04 Secondary CombustionAdditional oxygen helps combustible gases continue burning under suitable operating conditions.
For best performance, use suitable dry firewood and follow the operating instructions supplied for the target market.
SINGLE SOURCE OF TRUTH
Technical specifications.
- Model
- 6834-49
- Product Type
- Double-Wall Wood-Burning Fire Pit
- Overall Size
- 490 × 490 × 400 mm
- Diameter
- Ø490 mm
- Inner Chamber
- SUS304 Stainless Steel
- Outer Body
- Steel
- Standard Thickness
- 1.5 mm
- Finish
- High-Temperature-Resistant Coating
- Airflow Structure
- Double-Wall Airflow
- Burning Base
- Reinforced Structure
- Bottom Structure
- Integrated Full Bottom Plate
- Ash Management
- Removable Ash Drawer
- MOQ
- From 100 pcs*
- Sample Lead Time
- From 5–8 days*
- Production Lead Time
- Typically 30–45 days*
- OEM / ODM
- Available
ENGINEERING DETAIL
Materials & construction.
SUS304 inner combustion chamber
The standard 6834-49 configuration uses a SUS304 stainless-steel inner chamber for the primary high-temperature combustion zone.
Steel outer body
The outer body uses steel construction finished with a high-temperature-resistant coating to create the standard black exterior.
1.5 mm standard construction
The standard product configuration uses 1.5 mm material thickness. Alternative thickness specifications can be reviewed for OEM projects.
Reinforced burning base
Reinforcement ribs are integrated into the burning base to improve structural support and rigidity.
Full bottom plate
The integrated full bottom plate helps reduce direct heat loss through the base and supports a more controlled combustion environment.
INTERNAL PRODUCT VERIFICATION
Product testing & performance verification.
The 6834-49 platform is evaluated through internal burn-performance, combustion-stability and heat-radiation testing to observe combustion behavior, temperature response and accessory heat transfer under specific test conditions.
Burn Performance & Temperature Test
Active burn testing is used to observe flame behavior, airflow performance and visible smoke during operation. Temperature measurements are taken at selected locations during the test.
Combustion Stability Test
Multiple units are operated simultaneously using different internal test fuel configurations to observe ignition consistency, flame stability and combustion behavior.
Heat Radiation Test
Thermal imaging is used to observe heat distribution and heat transfer in compatible accessory test setups during operation.
The alternative fuel materials shown are used for internal evaluation only. The standard specified fuel for model 6834-49 remains wood. Internal test observations are configuration-specific and are not presented as certified performance ratings. Actual results may vary with fuel, moisture, airflow, weather and operating conditions.
FROM SHEET METAL TO FINAL INSPECTION
Manufacturing & quality control.
The 6834-49 is manufactured through controlled sheet-metal processing, forming, surface finishing and final product inspection to maintain consistency across production batches.
Precision Laser Cutting
Sheet-metal components are laser cut according to product drawings to maintain consistent dimensions, openings and airflow features.
Component Forming
Inner and outer body components are formed to achieve the required geometry and fit of the double-wall structure.
High-Temperature-Resistant Coating
The steel outer body receives a high-temperature-resistant coating to produce the standard black finish and support surface durability during normal use.
Final Inspection
Finished products are checked for assembly, appearance, structural condition and key dimensions before packing.
WHOLESALE · PRIVATE LABEL · OEM / ODM
Customize the 6834 platform for your market.
The standard 6834-49 provides a proven starting point for wholesale and private-label programs. Buyers can retain the standard configuration or modify selected specifications according to target market, price positioning and project requirements.
Light customization
- Inner / outer material: Steel, SUS430, SUS201 or SUS304
- Project-specific thickness
- Private-label logo and finish
- Packaging and accessories
Deep customization
- Product dimensions
- Airflow structure and base construction
- Other product-level modifications subject to engineering review
Final specification, tooling requirements, MOQ, lead time and commercial terms are confirmed after engineering review.
DISCUSS AN OEM PROJECTB2B SOURCING
Packaging & logistics.
- Packaging
- 5-Layer Export Carton
- Accessories
- Customized as needed
- Customized Packaging
- Available subject to project requirements
- Shipping Details
- Confirmed after engineering and packaging review
BUYER FIT
Typical sourcing applications.
Outdoor Living Collections
Medium-format smokeless fire pit for patio and garden product programs.
Wholesale & Distribution
Suitable as a core size within multi-model smokeless fire pit ranges.
Private-Label Programs
The standard platform can be adapted through materials, thickness, branding and packaging options.
Custom Product Development
The 6834 platform can serve as the starting point for deeper dimension or structural modifications.
SEARCH / AIO QUESTIONS
Frequently asked questions.
What is the main advantage of the double-wall design?
Is the 6834-49 completely smoke-free?
What fuel is the fire pit designed for?
What material is used in the standard version?
Can the stainless-steel grade be customized?
Can the thickness be changed?
Can the dimensions or structure be customized?
Can accessories and packaging be customized?
EXPLORE MORE
Continue your sourcing research.
CONVERSION
Request a manufacturing quote for model 6834-49.
Share your target quantity, market, required specification and customization needs. Our team will review technical feasibility, MOQ, sample requirements, packaging and production timing before preparing the quotation.