Features

01/

Three-channel airflow structure creates transverse airflow, ensuring uniform heating of the sample surface with a temperature uniformity of ≤2℃.

02/

Sample Shelf: 2 shelves, 3 or 4 shelves optional.

03/

Maximum temperature: +300℃, +450℃, +600℃.

04/

Various standard models with internal volumes of 91L, 216L, 512L, 1000L, and 2028L are available.

05/

Casters can be installed on the bottom of the equipment for easy movement.

06/

Standard ovens and customized ovens can be made.

07/

Over-temperature protection enhances reliability and safety.

08/

If you have programming requirements, you can install program control instruments or touch screen instruments.

High Temperature Test Chamber Specifications

	Product Name	High temperature test chamber
	Model	WG3001	WG3002	WG3005	WG301	WG302
Performance	Temp. Range	RT+20～＋300℃
	Temp.Fluctuations	≤1℃(≤±0.5℃,Expressed according to GB/T5170-1996)
	Temp. Uniformity	≤2℃(RT+20℃～＋200℃,150mm away from the inner wall test) WG302 Type ≤2℃(RT+20℃～＋200℃,200mm away from the inner wall test)
	Temperature Deviations	±2℃(RT+20℃～＋200℃)
Specification	Working Room Dimensions(mm)	450×450×450	600×600×600	800×800×800	1000×1000×1000	1200×1300×1300
	Outer Dimensions Around(mm)	635×1040×820	790×1200×1000	1100×1500×1200	1300×1750×1500	1500×2050×1900
	Content Volume	91L	216L	512L	1000L	2028L
	Power(KW)	1.5KW	2.9KW	6.4KW	9.9KW	15.9KW
	Power Supply	AC220V±10%,50Hz±1Single-phase + grounding wire, protective grounding resistance is less than 4Ω		380V±10%,50Hz±1. Three-phase four-wire + grounding wire, protective grounding resistance is less than 4Ω
	Shelf	2 adjustable shelves
Disposition	Structural	Integral, three-duct structure forms a horizontal transverse wind flow,so that he surface of the sample is heated evenly
	Exterior Material	Cold-rolled steel plate with electrostatic double-sided spraying.
	Internal Material	High quality stainless steel plate
	Heater	Nichrome electric heater
	Actuators	Solid state relays
	Insulation	100mm Fiberglass
	Door Seal	Silicone rubber seals
	Controller	High-precision temperature controller, the controller adopts digital display, which can display and set test parameters
	Safety Devices	Heater short circuit, working room over-temperature protection, blower motor overheat etc., improve the safety of use
	Remarks	The inner and outer dimensions are marked as：D×W×H; Recommended conditions for device use：Ambient temperature 5℃～＋30℃,Ambient humidity：≤85%RH; The above data are measured under no-load conditions.

High Temperature Test Chamber Advantages

1. High-tech Enterprise certification with 25 years testing equipment manufacturer.

2.Owned factory premises covering 22,691 square meters.

3. Full-process in-house production.

4. One-stop testing solution provider.

5. ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018 certificated factory.

6. Bulk ordering would be with a lower price.

7. Small MOQ is available of course.

8.We have much experience in customized high temperature test chambers and have many case photos and videos available for your reference.

Our Services

3D Design Review: For large or customized high temperature test chambers, we will provide design drawings for your review within 7 days of contract signing. Production can begin once the review is approved.

12-month free warranty and 24-hour online service.

Product images and videos are available before shipment.

Product performance is tested before leaving the factory, and we can provide you with factory inspection reports.

Lifetime technical support.

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FAQ

Q: What are the advantages of your equipment compared to other manufacturers?

A: Our advantage lies in system reliability. Smaller manufacturers often "compare configurations and prices," but equipment reliability depends on system integration. We possess end-to-end manufacturing capabilities and a standardized system, effectively mitigating the risk of systemic failures and providing long-term stable performance.

Q: What is the difference between a three-duct system and a single-duct system? How should I choose?

A: The choice between a three-duct and a single-duct system mainly depends on your test's requirements for temperature uniformity. A three-duct laboratory heating oven can achieve a temperature uniformity of ≤2℃, while a single-duct oven achieves ±2.5%℃.

♦ The following is a schematic diagram of the air duct structure for your reference:

The "three-duct" structure features a large outlet area and a large return area, with airflow organized as a "piston flow," or laminar flow. This results in good temperature field uniformity.
product-478-327

Schematic diagram of the internal air duct structure of a traditional drying oven ("single air duct" structure). product-503-377