Champion Gland Packing

Gland packing

Champion Gland Packing

We are Champion Gland packing manufacturers, suppliers and stockists in Karnataka, India. Shaft packing, often referred to as gland packing, is a popular type of stuffing box in which a seal is formed between the shaft and the stuffing box by rings of braided fiber. A classic type of shaft packing consists of a flax rope with a square cross-section that has been lubricated and wax-impregnated, such as cotton gland packing or ptfe gland packing.

Glands are used to seal either rotating or non-rotating shafts; however, to have the greatest performance, the material used for the gland packing materials needs to be carefully chosen and have specific qualities. More than 150 varieties of gland packing types are available right now, including aramid gland packing.

To have a complete protective gland packing seal without leakage :

  • No chemical reaction should take place: the gland's seal must not react with the liquid in order for it to collapse and release the liquid.
  • Features of anti friction: If there is friction, the gasket seal will cut off the shaft's sleeve and might burn from continuous overheating.
  • Temperature Resistance: The gland packing must, at all costs, be able to withstand the liquid's operating temperature.

People also ask

  • What is gland packing?
  • Gland packings are around a shaft or valve stem with a braided or twisted substance, such graphite, PTFE, or aramid fibers.

  • What is gland packing in a ball valve?
  • Compression packing, often referred to as ball valve gland packing, is a soft, flexible substance shaped like rings that are placed into stuffing boxes or annular spaces to seal rotating or reciprocating parts of equipment bodies, such as pumps and valves.

  • What size are gland packings?
  • Size The size range is from 3 mm up to 100 mm. The most common sizes are : 3.2 mm – 1/8 inch, 4.8 mm – 3/16 inch, 6.4 mm – ¼ inch, 7.94 mm – 5/16 inch, 9.5 mm – 3/8 inch, 12.7 mm – 1/2 inch, 15.8 mm – 5/8 inch, 22.2 mm – 7/8 inch, 25.4 mm – 1 inch.
  • How do you cut packing glands?
  • Never use a hacksaw blade, scissors, or anything similar. An average knife that has been sharpened or a heavy-duty engineer's knife would work well. There are two ways to cut the gland packing rope: the first is at a 90-degree angle, or straight; this is known as the butt joint, and the second is at a 45-degree angle, or the skive joint.
  • Does gland packing need lubrication?
  • The ideal lubrication to seal and avoid overheating is provided by regulating gland pressure. The pump packing gland gradually loses its efficiency over time due to lubricant loss and packing ring wear, necessitating replacement.

Champion Products

Specification

Description pH Temperature °C Size
°C Bar Bar m/s Bar m/s MM
Drylon Dry PTFE Gland Packing 0-14 -200to +280 250 20 10 100 1 3-100
Neoflon Pure PTFE Gland Packing 0-14 -210to +280 240 50 5 150 1 3-100
Ultraflon™ Pure PTFE Lubricated Gland Packing 0-14 -200to +280 220 20 15 100 2 3-100
Fluro Carb High Tensile PTFE Gland Packing 0-14 -250to +300 350 25 20 250 3 3-100
Graflon™ PTFE Graphite Gland Packing 0-14 -212to +280 250 25 20 100 3 3-100
Carbo Super™ High Purity Carbon Gland Packing 0-14 -200to +600 350 75 20 125 2 3-100
Graphite Gasket Sheet (1.5 & 3 mm) 0-14 -200°c To 3300°c (Non-Oxidising)
-200% To 600°c (Oxidizing)
-200°c To 650°c (Steam)		 40 Bar (Non-Metallic) &
140 Bar (Metallic) for Static
Grafo Super™ Graphite Filament Gland Packing 0-14 -100to +650 350 35 25 100 2 3-100
Duralon™ Aramid PTFE Yarn Combination Gland Packing 2-12 -200to +280 250 150 10 250 2 3-100
Duralon™ Impregnated PTFE Impregnated Aramid Gland Packing 3-12 -200to +300 280 25 25 200 2 3-100
Lubricated Aramid Filament Yarn Gland Packing (High Temperature applications) 1-13 -200to +280 250 25 25 250 2 3-100
Kombiflon™ PTFE Graphite Aramid Gland Packing 3-12 -200to +300 250 20 25 250 2 3-100
Hydroflon Gland Packing (Hydraulic Application) 4-10 -40 to +150 80 10 7 50 1 3-100
Hydraulic Gland Packing 6-8 -40 to +130 80 10 7 50 1 3-100
PTFE Graphite Hollow Core Gland Packing 0-14 -200 to +300 NA 20 20 50 5 3-100
Expanded Pure Graphite Gland Packing (High Performance) 0-14 -240to +280 240 NA NA 300 NA 3-100
Graphite Gland Packing Rin 0-14 -200°c To 3300°c (Non-Oxidising)
-200% To 600°c (Oxidizing)
-200°c To 650°c (Steam)		 300 100 30 200 3 NA
Graphite Self Sealing Ring 0-14 -200°c To 3300°c (Non-Oxidising)
-200% To 600°c (Oxidizing)		 Pressure 300 Bar For Static
Spl Graphite Self Sealing Ring (High Pressure) 0-14 -200°c To 3300°c (Non-Oxidising)
-200% To 600°c (Oxidizing)
-200°c To 650°c (Steam)		 Pressure 300 Bar For Static
Pre Cut Pure Graphite (1.5 & 3 mm) 0-14 -200°c To 3300°c (Non-Oxidising)
-200% To 600°c (Oxidizing)
-200°c To 650°c (Steam)		 40 Bar (Non-Metallic) &
140 Bar (Metallic) for Static
Pure Graphite Braided Gland Packing 0-14 -200°c To 3300°c (Non-Oxidising)
-200% To 600°c (Oxidizing)
-200°c To 650°c (Steam) 		300 100 25 150 2 3-100
Pure Graphite Braided Gland Packing with Inconel / SS wire 0-14 -200°c To 3300°c (Non-Oxidising)
-200% To 600°c (Oxidizing)
-200°c To 650°c (Steam)		 450 200 15 300 2 3-100
Stern Gland Packing (Marine Applications) 5-9 -40to +150 220 10 3 100 1 3-100
Stern Flon Marine Gland Packing 6-10 -40 to +150 240 25 9 100 1 3-100
Graphite Natural Fibre Gland Packing 6-8 -40 to +130 70 10 7 50 1 3-100
Self Lubricated Graphite AF Gland Packing 0-14 -50to+3 120 25 10 100 2 3-100
PTFE Impregnated Synthetic Gland Packing 1-13 Upto+300 100 10 10 100 2 3-100
Lubricated Graphite Synthetic Gland Packing 3-10 Upto+300 150 NA NA 100 1.5 3-100
AF Inorganic Fibre Gland Packing 0-14 Up to 600° C
Ceramic Braided Rope 0-14 CUp to 1250°
Ceramic Lagging Rope 0-14 Up to 1250° C
Ceramic Yarn 0-14 Up to 1250° C
Ceramic Cloth 0-14 Up to 1250° C
Ceramic Kin Seal Rope (Metallic) 0-14 50° C to +1250° C
Ceramic Kin Seal Rope (Metallic) 0-14 Up to 1250° C

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