| Quantity: | |
|---|---|
Parameter | Specifications |
Width | 950mm × 1150mm |
Thickness | 50mm × 75mm × 100mm × 150mm |
Length | Customized according to project requirements |
Panel Material | PE polyester coating |
Panel Thickness | 0.426mm, 0.476mm, 0.5mm |
Core Material | Rock wool |
Galvanized Frame | 0.7mm standard, 1.0mm and above available for customization |
Connection Method | Male and female socket connection |
The core material of baking channel boards consists of basalt and other natural minerals. These raw materials undergo high-temperature melting to form fibers, followed by binder addition and curing processing. This production method creates a porous composite structure that absorbs sound frequencies ranging from 125Hz to 4000Hz. Laboratory testing measures sound reduction performance at 45dB.
Baking channel boards maintain structural integrity during continuous operation at 250°C. The rock wool core achieves Class A fire resistance rating, with 80-minute fire endurance duration verified through standard testing procedures. These properties make the boards suitable for installation near heat-generating industrial equipment.
Acoustic baking channel boards install in printing facilities, textile factories, and commercial production lines. The boards attach to baking oven channels, drying tunnels, and machinery enclosures to contain equipment-generated noise. Facilities subject to OSHA workplace noise regulations utilize these panels to achieve compliance with occupational safety standards.
The porous rock wool structure dissipates sound wave energy through friction within the fiber matrix. Unlike reflective barriers that merely redirect noise, these absorption panels convert acoustic energy into minimal heat energy. This approach reduces overall sound pressure levels within enclosed production spaces rather than transferring noise to adjacent areas.
The boards employ a bevel design for both male and female joints, facilitating installation at elevated heights and with extended panel lengths. Engineers improved the female joint closure and opening mechanisms to ensure consistent fitting tension. Properly installed panels maintain uniform surface alignment on both sides, without visible misalignment between adjacent boards.
Production facilities manufacture boards to specified length dimensions based on project drawings and site measurements. Frame thickness customization options accommodate structural load requirements for specific building designs. Technical teams provide connection detail drawings for integration with existing building structures.
The boards operate continuously at temperatures up to 250°C, suitable for most industrial baking and drying process environments.
Yes, the modular socket connection system allows installation without extensive facility modifications. Technical teams assess existing structures and provide compatible connection solutions.
Standard production lead time ranges from 7-14 working days, depending on order volume and customization complexity. Project managers provide confirmed delivery schedules upon order confirmation.
Routine visual inspection and surface cleaning maintain panel performance. The rock wool core resists moisture absorption and does not require replacement under normal operating conditions.
