Stainless Steel Mesh Belt Conveyor Chains

Stainless steel mesh belt conveyor chains are durable, corrosion-resistant systems designed for transporting materials in industrial processes. They consist of interlinked stainless steel wire mesh belts supported by conveyor chains, which provide flexibility and strength. These systems are widely used in industries like food processing, pharmaceuticals, and manufacturing, where high temperatures, moisture, or sanitary conditions are critical. The open mesh design ensures efficient airflow and drainage, making them ideal for applications such as drying, cooling, washing, or baking. Their robust construction ensures long-term reliability and minimal maintenance.

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Stainless Steel Mesh Belt Conveyor Chain Dimensions

(1) Stainless Steel Punching Type Conveyor Belt Chains

Chain no.	Pitch	String distance	Pitch	String diameter	Roller diameter
	p	p	p
	mm	mm	mm	mm	mm
C208BH S1	25.4	25.40+	1.00+	5-6	8.51
C208BHL S2	25.4	25.40+	1.00+	5-6	15.88
C210A S3	31.75	31.75+	1.20+	6-8	10.16
C210AL S4	31.75	31.75+	1.20+	6-8	19.05
C212A S5	38.1	38.10+	1.50+	7-12	11.91
C212AL S6	38.1	38.10+	1.50+	7-12	22.23
C216A S7	50.8	50.80+	3.00+	8-16	15.88
C216AL S8	50.8	50.80+	3.00+	8-16	28.58

(2) Stainless Steel Mesh Conveyor Belt Chains

Chain no.	Pitch	String diameter	String distance	Roller diameter
	p		P
	mm	mm	mm	mm
08A/08B	12.7	5-8	12.700+	7.91/8.51
10A	15.875	6-10	15.875+	10.16
12A	19.05	7-12	19.050+	11.91
16A/16B	25.4	8-16	25.400+	15.88
C208BHL	25.4	5-8	25.400+	15.88
C208BH	25.4	5-8	25.400+	8.51
C2052	31.75	6-10	31.750+	19.05
C2050	31.75	6-10	31.750+	10.16
C2062	38.1	7-12	38.100+	22.23
C2060	38.1	7-12	38.100+	11.91
C2082	50.8	8-16	50.800+	28.58
C2080	50.8	8-16	50.800+	15.88

(3) Stainless Steel Rod Conveyor Belt Chains

Chain no.	Pitch	String diameter	String distance	Roller diameter
	p		P
	mm	mm	mm	mm
08A/08B	12.7	5+	12.700+	7.91/8.51
10A	15.875	6+	15.875+	10.16
12A	19.05	7+	19.050+	11.91
16A/16B	25.4	8+	25.400+	15.88
20A	31.75	10+	31.750+	19.05
C208A/C208B	25.4	5+	25.400+	7.91/8.51
C208BL	25.4	5+	25.400+	15.88
C210A	31.75	6+	31.750+	10.16
C210AL	31.75	6+	31.750+	19.05
C212A	38.1	7+	38.100+	11.91
C212AL	38.1	7+	38.100+	22.23
C216A	50.8	8+	50.800+	15.88
C216AL	50.8	8+	50.800+	28.58
C220A	63.5	10+	63.500+	19.05
C220AL	63.5	10+	63.500+	39.67

Stainless Steel Mesh Belt Conveyor Chain Advantages

Stainless steel mesh belt conveyor chains offer numerous advantages for industrial applications. Here are the key benefits:

Corrosion Resistance: Stainless steel mesh belts, typically made from 304 or 316 stainless steel, resist rust and corrosion, ensuring reliable performance in harsh environments like food processing, pharmaceuticals, or chemical industries where exposure to moisture or chemicals is common.
High Durability: These belts are engineered for high tensile strength, capable of handling heavy loads without deformation. Their robust construction ensures a long service life, reducing replacement costs and downtime in demanding applications like metallurgy or automotive manufacturing.
Hygienic Design: The open mesh structure allows for easy cleaning and sanitization, making these belts ideal for food processing. They meet stringent hygiene standards, preventing contamination during baking, freezing, or cooling processes.
Temperature Resilience: Stainless steel mesh belts withstand extreme temperatures, from freezing conditions in spiral freezers to high heat in ovens or furnaces. This versatility supports applications in food processing, glass manufacturing, and heat treatment.
Smooth Operation: Chain-driven mesh belts ensure synchronized, straight-tracking movement, minimizing vibrations and product displacement. This smooth operation enhances efficiency in conveying delicate or heavy items, such as in electronics or material handling.
Versatile Applications: Stainless steel mesh belts are adaptable to diverse industries, including food processing, ceramics, and metallurgy. Their customizable mesh sizes and chain designs cater to specific product sizes and conveying needs.
Efficient Airflow: The open mesh design promotes excellent air circulation, facilitating processes like cooling, drying, or draining. This is particularly beneficial in food processing for baking or freezing applications, ensuring product quality.
Customizability: Available in various mesh types, widths, and chain strengths, these belts can be tailored to specific applications. Features like guard edges or transverse baffles enhance functionality for unique conveying requirements.

Applications of Stainless Steel Mesh Belt Conveyor Chains

Food Processing Industry: Stainless steel mesh belt conveyor chains are widely used in food processing for tasks like baking, cooling, and freezing. Their corrosion resistance and easy-to-clean surface ensure hygiene, making them ideal for handling food products safely and efficiently.
Pharmaceutical Manufacturing: In pharmaceutical production, these chains transport delicate items like vials or tablets. Their non-reactive, stainless steel composition prevents contamination, while the open mesh design allows for precise movement and easy cleaning to meet strict regulatory standards.
Automotive Parts Handling: These chains are employed in automotive manufacturing to move parts through assembly lines or heat treatment processes. Their high strength and heat resistance ensure reliable performance in demanding, high-temperature environments, enhancing production efficiency.
Glass and Ceramics Processing: In glass and ceramics industries, stainless steel mesh belts convey fragile products through kilns or cooling zones. Their heat resistance and flat, open structure prevent deformation, ensuring consistent product quality during high-temperature processing.
Electronics Assembly: Stainless steel mesh belts are used in electronics manufacturing for soldering or coating processes. Their precise movement and anti-static properties protect sensitive components, while the open mesh allows airflow for cooling or drying applications.
Packaging and Sorting Systems: These chains are integral in automated packaging and sorting systems, transporting goods like bottles or boxes. Their durability and corrosion resistance ensure long-term reliability, while the mesh design supports efficient product handling and sorting.
Chemical Processing: In chemical plants, stainless steel mesh belts handle corrosive materials or transport products through washing or coating processes. Their resistance to chemicals and extreme conditions ensures safe, reliable operation in harsh environments.

Stainless Steel Mesh Belt Conveyor Chain FAQ

Q: Are stainless steel mesh belt conveyor chains customizable?
A: Yes, stainless steel mesh belt conveyor chains can be tailored to meet specific industrial needs. They come in a variety of mesh sizes, belt widths, and chain designs to suit unique applications. Customization options may also include specific grades of stainless steel for enhanced heat resistance or chemical compatibility.

Q: How do you maintain stainless steel mesh belt conveyor chains?
A: Maintenance involves regular cleaning to prevent material buildup or contamination, especially in food-related applications. Lubricate moving components as needed to ensure smooth operation. Periodic inspections are also essential to identify and address potential wear or damage, extending the lifespan of the conveyor chain and reducing downtime.

Q: What factors should be considered when selecting a stainless steel mesh belt conveyor chain?
A: Key factors include the operating temperature, load capacity, type of material being conveyed, and the environmental conditions (e.g., exposure to moisture or chemicals). The chain’s mesh size, width, and compatibility with your conveyor system should also be considered to ensure optimal performance and efficiency for your specific application.

Q: What materials are used in stainless steel mesh belt conveyor chains?
A: These conveyor chains are primarily made from high-grade stainless steel, such as 304 or 316 stainless steel, depending on the application. Stainless steel is chosen for its strength, resistance to heat, corrosion, and chemical exposure. Certain applications may require specific alloys to handle extreme environments, such as acidic or alkaline conditions.