Product Center
The company has an annual production capacity of 36,000 tons and is capable of manufacturing the following products: elbows, bent pipes, tees, reducers, end caps, flanges, bellows expansion joints, sleeve expansion joints, rotary expansion joints, non-metallic expansion joints, metal flexible hoses, rubber flexible connectors, expansion joints, insulated joints, waterproof sleeves, supports and hangers, electric dampers, pipeline filters, wear-resistant pipe fittings, corrosion-resistant pipe fittings, and thermal insulation pipe fittings.
The flexible elements that form the core of their operation are made of non-metallic materials, typically fiber fabrics; hence they are also referred to as fabric compensators (expansion joints or expansion bellows). Alternatively, rubber materials can be used. Except under ultra-high temperature conditions (above 400°C), where rubber cannot meet the required performance standards, it can serve as a suitable substitute for fiber fabrics in all other operating conditions.
The flexible elements that form the core of their operation are made of non-metallic materials, typically fiber fabrics; hence they are also referred to as fabric compensators (expansion joints or expansion bellows). Alternatively, rubber materials can be used. Except under ultra-high temperature conditions (above 400°C), where rubber cannot meet the required performance standards, it can serve as a suitable substitute for fiber fabrics in all other operating conditions.
The flexible elements that form the core of their operation are made of non-metallic materials, typically fiber fabrics; hence they are also referred to as fabric compensators (expansion joints or expansion bellows). Alternatively, rubber materials can be used. Except under ultra-high temperature conditions (above 400°C), where rubber cannot meet the required performance standards, it can serve as a suitable substitute for fiber fabrics in all other operating conditions.
The flexible elements that form the core of their operation are made of non-metallic materials, typically fiber fabrics; hence they are also referred to as fabric compensators (expansion joints or expansion bellows). Alternatively, rubber materials can be used. Except under ultra-high temperature conditions (above 400°C), where rubber cannot meet the required performance standards, it can serve as a suitable substitute for fiber fabrics in all other operating conditions.