Expended Pure Graphite Flexible Graphite

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MOQ : 50 Kilograms

Expended Pure Graphite Flexible Graphite Specification

Material
Expended Pure Flexible Graphite

Style
Flexible Graphite Rope

Rope Width
8 mm 50 mm

Rope Strength
High tensile and chemical resistance

Rolls in a Packet
1 to 5 rolls

Flammability
Non-flammable

Applications
Gland packing, valve stem packing, pump packing, sealing in high temperature environments

Purity
99% pure graphite

Compression Ratio
55% 65%

Density
1.0 1.3 g/cm

Temperature Range
-200C to +650C (steam), up to +3000C (in non-oxidizing atmosphere)

Surface Finish
Smooth flexible finish

Packaging
Supplied in rolls, can be cut to length as required

Thermal Conductivity
High

Chemical Resistance
Inert to most chemicals, acids (except strong oxidizers) and alkalis

Color
Grey / Black

Expended Pure Graphite Flexible Graphite Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
100 Kilograms Per Month

Delivery Time
2-3 Week

About Expended Pure Graphite Flexible Graphite

Pioneer in the industry, we are engaged in offering an impeccable range of Expended Pure Graphite Flexible Graphite. Only high quality graphite is used while manufacturing the offered product, for its high quality. This product is widely used in packaging and other industries for sealing and packing solvents, slurry fuel, oil, acids, hydrocarbons, hot tar pumps and many more. Apart from this, our offered Expended Pure Graphite Flexible Graphite is offered in different lengths and thicknesses, as per precise needs of our clients and at highly competitive prices.

Features:

Heat resistance
High durability
Eco Friendliness
Perfect finish

Specifications:

ITEM: Flexible Graphite Gland Packing STYLE "YE-36" (YE-36M = S.S or Inconel wire reinforced)

Temperature Resistance: 650 C

Pressure: 300 Bar

PH: 0 - 14

STD PACKING: 1kg / 5kg Box Pkg

Superior Chemical and Temperature Resistance

Expended Pure Flexible Graphite Rope stands out for its ability to withstand highly corrosive environments, providing inertness against most acids and alkalis except strong oxidizers. Its wide operating temperature range from cryogenic conditions up to 3000C (in non-oxidizing atmospheres) ensures trustworthy performance for critical packing and sealing applications.

Precision-Engineered for Versatile Sealing

With a high compression ratio and smooth, flexible surface, this graphite rope can be conveniently cut to precise lengths. The product excels in forming tight seals for valves, gland packing, and pumps, making it a preferred choice for industries requiring both resilience and adaptabilitychemical processing, power generation, and more.

FAQs of Expended Pure Graphite Flexible Graphite:

Q: How should Expended Pure Flexible Graphite Rope be installed for valve and pump packing?

A: To use this graphite rope for valve and pump packing, cut the required length from the supplied roll, wrap or pack it tightly into the gland or stuffing box, and ensure an even fit to prevent leakage. Its flexibility and smooth finish make installation straightforward.

Q: What are the main applications of this flexible graphite rope?

A: This rope is primarily used for gland packing, valve stem packing, pump packing, and sealing components in high-temperature environments, particularly where chemical resistance and thermal stability are essential.

Q: When is this product preferred over conventional packing materials?

A: Expended Pure Flexible Graphite Rope is favored when operating in extreme temperatures, highly corrosive chemical environments, or where a high compression ratio and non-flammability are critical to reliable sealing performance.

Q: Where is this material typically utilized in industry?

A: The rope is widely used in sectors such as chemical processing, power generation, refineries, and manufacturing, wherever robust sealing and resistance to chemical and thermal stress are required.

Q: What benefits does the high purity (99% graphite) bring to the ropes performance?

A: High purity ensures excellent chemical inertness, non-flammability, superior thermal conductivity, and reliable durability under stress, making it suitable for demanding industrial applications.