Product Description
By following the cutting edge techniques with the utilization of finest grade PTFE and carbon as raw materials we are providing the best grade of Carbon Filled PTFE Gasket. Offered product comes in the size range of 12.5 to 400 mm. It has the ability to withstand the harsh environmental conditions, which enables it to finds its applications in number of industrial sectors. This black color mechanical seal is known to fill the space between two or more mating surfaces. This grade of Carbon Filled PTFE Gasket finds its applications in multiple industrial sectors, varying from Pharmaceuticals, Chemical Processing, Rail-Tank Car to Pulp and Paper.
Features:
- It is known for having the excellent mechanical and wear properties
- It provides low permeability
- It is used for anti-static applications
- It retains its frictional properties.
Product Details:
- Product Name : Carbon Filled PTFE Gasket
- Size : 12.5 to 400 mm
- Brand : STP
- Material : PTFE
- Style : Sealing
Specification
| Usage/Application | Mechanical Seal |
| Size | 12.5 to 400 mm |
| Brand | STP |
| Shape | Round |
| Temperature | 250 deg C |
| Style | Sealing |
| Density | 2.1 gm/cm3 |
| Color | Black |
| Material | Carbon + PTFE |
Superior Chemical and Thermal ResistanceEngineered to perform reliably under aggressive conditions, Carbon Filled PTFE Gaskets provide outstanding resistance to a vast array of chemicals and solvents. Their thermal stability makes them suitable for applications with fluctuating temperatures, ensuring lasting performance in demanding industrial environments.
Versatile Applications and CustomizationThese gaskets are used extensively in chemical, petrochemical, food, and pharmaceutical industries for sealing in steam, hydrocarbon, acid, alkali, and water systems. They can be supplied in standard or custom sizes and shapes, with optional stainless steel inner and outer rings, based on detailed customer specifications or drawings.
Enhanced Mechanical and Electrical PropertiesAdded carbon filler improves the PTFEs mechanical strength, electrical conductivity, and anti-static behavior. This makes the gaskets more durable, with a low compression set and smooth, non-porous finish, crucial for both safety and operational efficiency in sensitive or hazardous environments.
FAQs of Carbon Filled PTFE Gasket:
Q: How does the addition of carbon filler benefit PTFE gaskets?
A: Carbon filler enhances both the mechanical strength and electrical conductivity of PTFE, resulting in improved anti-static properties, reduced compression set, and increased durability for demanding applications.
Q: What process is used to manufacture Carbon Filled PTFE Gaskets?
A: These gaskets are produced either by molding or precision machining from carbon-filled PTFE sheets or rods, ensuring high dimensional stability and a smooth, non-porous surface finish.
Q: When should I opt for a Carbon Filled PTFE Gasket over standard PTFE gaskets?
A: Choose Carbon Filled PTFE Gaskets when applications require superior chemical resistance, improved anti-static performance, and higher durability, especially in environments with exposure to steam, hydrocarbons, or fluctuating temperatures.
Q: Where are Carbon Filled PTFE Gaskets typically used?
A: They are widely employed in chemical processing units, petrochemical plants, food and pharmaceutical facilities, and any setting where robust sealing against aggressive chemicals or extreme temperatures and pressures is required.
Q: What is the lead time for delivery of these gaskets, and are custom sizes available?
A: Standard lead time is 12 weeks after order confirmation, and both standard and fully customized sizes and shapes can be supplied as per customer requirements.
Q: How resistant are these gaskets to temperature and chemicals?
A: They withstand temperatures from -200C up to +260C and are compatible with most chemicals except molten alkali metals and fluorine, ensuring long-lasting sealing under harsh conditions.
Q: What are the usage benefits of the smooth, non-porous surface finish?
A: A smooth, non-porous surface minimizes leakage risks, resists contamination buildup, and ensures ease of cleaningkey advantages for hygienic applications like food and pharmaceutical processing.