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UL 10C BS EN 1634 Vertical Gas Fire Furnace 3.0*3.0*1.2m

UL 10C BS EN 1634 Vertical Gas Fire Furnace 3.0*3.0*1.2m

  • UL 10C BS EN 1634 Vertical Gas Fire Furnace 3.0*3.0*1.2m
UL 10C BS EN 1634 Vertical Gas Fire Furnace 3.0*3.0*1.2m
Product Details:
Place of Origin: CHINA
Brand Name: SKYLINE
Certification: Calibration
Model Number: SL-1634
Payment & Shipping Terms:
Minimum Order Quantity: 1 unit
Price: negotiated
Packaging Details: plywood case
Delivery Time: 35 working days
Payment Terms: T/T
Supply Ability: 1 unit/ month
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Detailed Product Description
SKYLINE: Vertical Fire Furnace Furnace Dimension: H3.0m*W3.0m*D1.2m;
Design Temperature: ≤1300℃ Working Temperature: ≤1200℃
Fuel Pressure: ≈ 4000Nm3/h Gas: Liquefied Petroleum Gas / Natural Gas
High Light:

BS EN 1634 Fire Furnace


UL 10C Fire Furnace


gas fire furnace 3.0*3.0*1.2m

BS EN 1634 Vertical Fire Furnace



Test standards:

A vertical test furnace applies for four industries: building materials, fire protection, rail transportation, and shipping.

The vertical test furnace complies to the following test standards:

 UL 10C-2009

 EN1363-1-2012: Fire resistance test-Part 1: General requirements

 EN1364-1 / 3: Fire resistance test of non-load-bearing wall components-part: wall / curtain wall

 BS476-21-1987

 ASTM E119-11

 BS EN 1634

 ISO834-1 / 8

 GBT 9978.1-2008: Fire resistance test methods for building components Part 1: General requirements

 GB / T 26784-2011: Fire resistance test of building components Alternative and additional test procedures

Hydrocarbon (HC) fire heating curve


Furnace Shell:

The furnace shell and furnace steel plate material is selected Q235 steel which is in accordance with the requirements of the "Industrial Furnace Design Manual".

Anticorrosive treatment scheme:

high temperature touch part:

  • High-temperature flue:Refractory lining;
  • Exhaust fan:stainless steel:304;

Furnace steel structure: surface coating, three-proof paint, surface high-temperature paint;

Gas air duct: surface coating anti-corrosion;

Work platform: Q235 Surface coating of round pipes, panels and structural steel;

  • Furnace body steel plate:Q235,δ≥3mm;
  • Furnace volume:Q235 H type steel or square tube
  • Hearth frame:Q235,Channel welding and I-beam group welding;
  • Crossbar of furnace wall:Q235,Square tube / rectangular tube / channel steel;

Furnace refractory:

Comparison of refractory cotton and refractory brick

Refractory cotton: advantages-good thermal insulation; light material; low heat absorption and low energy consumption; long service life; energy saving.

Disadvantages-cost slightly higher than bricks, slightly worse in aesthetics.

Refractory brick: advantages-good appearance; cost is slightly lower than cotton.

Disadvantages-fragile and cracking; heat absorption and energy consumption are slightly larger; heavy material (resulting in the overall weight of the furnace body).

Refractory cotton:

The total thickness of the refractory body of the furnace body is ≥300mm.

All furnace lining fiber modules are fixed on the skin steel plate, making it a sturdy whole, ensuring that the furnace body has overall air tightness, which can shorten the heating time and save energy by 10-30% compared with the furnace made of refractory brick Requirements are reduced.

All-fiber manufacturing, construction, and installation methods are: all-fiber modules, with a thickness of not less than 300mm, using zirconium-containing fibers, and a bulk density of 100kg / m3, which can ensure that it will not shrink, powder, or fall off under long-term use temperatures.

The composition, specifications, and performance indicators of the refractory materials in each part of the furnace are equal to or better than the data in the list:

Aluminum silicate refractory fiber
Chemical composition:

Al2O3:52~57%, Na2O+K2O<0.2%,

Al2O3+ SiO2>99%, Fe2O3<0.2%

Operating temperature: 1250℃
Bulk Density(kg/m3): 220615
Line change rate(%): <4%(1300℃×24h)
Thermal Conductivity (W/m K): 400℃:0.09, 1000℃:0.23
Mullite refractory brick
Chemical composition: Al2O3:45~47%,SiO2:51~53% ,Fe2O3<0.8%
Operating temperature: 1570℃(max1770℃)
Bulk density(kg/m3): 2600615
Linear expansion coefficient: 3.47×10^-6 (20-1000℃0


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