What certifications does the product and company hold?

The product holds CE and ISO certifications, and the company has passed ISO9001, ISO14001, and OHSAS18001 certifications.

What are the packaging and storage requirements for the product?

Packaging requires independent shockproof and moisture-proof protection, stacking no more than 3 layers. Storage should be dry, ventilated, and stacked no more than 2 layers for up to 12 months.

Thermal Shock Resistance Infrared Honeycomb Ceramic Burner Plate

Name: Thermal Shock Resistance Infrared Honeycomb Ceramic Burner Plate
Brand: Pingxiang Sanhe Ceramics Co., Ltd.
SKU: 859358995

Jiangxi, ChinaPingxiang Sanhe Ceramics Co., Ltd.

US$0.50-1.00

1,000 Pieces

Product profile

Customization

Available

Customized

Certification

CE, ISO

Model NO.

Sanhe Burner plate

Sectional Shape

Rectangle

Performance

Pressure Resistant, Temperature Resistant

Material

Ceramic

Model No.

Square and Round Shape, More Than 70 Sizes

Operation Temp.

1280 Degree

Aperture

1.3-1.5mm

Priciple

Regenerative Heat Exchanger

Shapes

Round and Square

Nox Release

Less Than 5ppm

Types

Ceramic Heating Equipment

Water Adsorption

35%

Open Porosity

61%

Co Release

Less Than 0.006%

Transport Package

Hard Carton or Wooden Carton with Pallet

Specification

Cordierite/Alumuina/ Carbide

Trademark

Sanhe

Origin

Jiangxi Province, China

HS Code

6903900000

Production Capacity

800, 00pieces/Month

Key features

High Thermal Shock Resistance: Maintains structural integrity in alternating hot and cold environments without cracking.

Customizable Design: Supports modular design of pore density, size, and shape to match specific equipment needs.

Energy Efficient Combustion: Optimized honeycomb pore distribution promotes uniform flame and reduces energy loss.

Low Emission Performance: NOx release less than 5ppm and CO release less than 0.006% for clean combustion.

Durable Cordierite Material: Made of high-stability cordierite with excellent thermal stability and chemical inertness.

Easy Maintenance: Smooth, dense surface prevents carbon deposition, facilitating convenient daily cleaning.

Wide Application Scope: Suitable for natural gas, liquefied gas, commercial kitchens, industrial kilns, and heating.

CE and ISO Certified: Product meets CE and ISO standards, backed by ISO9001 and ISO14001 company certifications.

Company profile

Pingxiang Sanhe Ceramics Co., Ltd.

Jiangxi, China

CertifiedBusiness Type: Manufacturer/Factory & Trading Company CertifiedR&D Capacity: ODM Service Available & OEM Service AvailableExport Year: 2010-05-14 CertifiedNearest Port: Shanghai PortAverage Response Time: ≤2.72h CertifiedTerms of Payment: T/T, D/P, PayPal, etc.

AI-Powered supplier vetting

SummaryPingxiang Sanhe Ceramics Co., Ltd. is a China-based limited company established in 2004, with 40 employees and a 1,280 m² manufacturing plant. It operates three production lines and reports annual RTO honeycomb ceramic output of 1,000,000,000 pieces, indicating substantial stated production volume. The supplier offers honeycomb, microporous, catalyst, cordierite, foam-filter, heat-exchanger and related ceramic products, with export sales representing 71%–90% of total sales. Its stated lead time is one month in both peak and off-peak seasons, and it accepts multiple quotation and payment terms. Evidence supports product development activity and manufacturing capability, but certification details, after-sales systems, financial credibility, customization track record and customer cases are insufficiently documented. No financial figures are included.

Supplier typeThe supplier is identified as Pingxiang Sanhe Ceramics Co., Ltd., a Chinese limited company established in 2004 and operating in Jiangxi. Its listed business scope covers manufacturing and processing machinery and multiple industrial sectors, while its product keywords focus on technical ceramic products.

R&D capabilityThe company states that it follows specialized, standardized, internationalized and technicalized R&D and production principles. It reports one year of total R&D engineer experience and claims annual development capacity for more than 900 stamping dies and over 400 tooling inspection tools, supported by more than 30 machining equipment sets; however, the information does not document patents, dedicated R&D staffing or verified new-product results.

Production capacityThe supplier reports three production lines, 40 employees, a 1,280 m² plant and annual RTO honeycomb ceramic output of 1,000,000,000 pieces. It also states one-month fulfillment in both peak and off-peak seasons and describes more than 30 machining equipment sets, providing explicit evidence of established production capacity, although the output and tooling claims are not independently verified.

Customization capabilityThe supplier emphasizes product development and technical production, lists multiple specialized ceramic product categories, and claims the ability to develop more than 900 stamping dies and more than 400 tooling inspection tools annually. These details support tooling and product-development capability, but no specific customer customization examples, material tolerances or engineering workflow are provided.

Product Q&A

Q:What material is used for the infrared honeycomb ceramic plate?

The plate is made of high-stability cordierite material, formed through isostatic pressing and high-temperature sintering.

Q:Can the size and shape of the burner plate be customized?

Yes, we support customized services for size, style, and color, including square, round, and other shapes with over 70 sizes available.

Q:How does the honeycomb structure improve combustion efficiency?

The specially designed honeycomb pore distribution optimizes the mixing path of gas and air, promoting uniform flame combustion and reducing energy loss.

Q:What are the environmental emission levels of this burner plate?

It features low emissions with NOx release less than 5ppm and CO release less than 0.006%, helping achieve clean combustion goals.

Q:Is the product resistant to thermal shock?

Yes, it has outstanding thermal shock resistance, maintaining structural integrity in alternating hot and cold environments to avoid cracking.