Technology Made in Germany

Hybrid-Pack®

We differentiate between corner and running track reinforced Hybrid Packing. In principle a minimum of 2 different yarns are combined for example with a reinforcing characteristic as found with Aramid fibers and yarns containing graphite. The latter improve the heat conductivity. A corner reinforcement makes sense in axial motion machinery like plunger pumps. A positive side effect is to minimize the risk of gap extrusion.

 

Most applications for Hybrid-Pack® are found at rotating shafts. Running track reinforcement is preferred over corner reinforcement. The reason for this is the fact that the equal distribution of reinforcing material over the width of the packing assures a uniform load on the shaft surface. A side effect of the running track reinforcement is to stop the dynamic of abrasive particles, which can be induced by the shaft rotation and to protect a softer component of the packing.


P 9 Blue
Polyimid Fiber with PTFE Impregnation and Silicone Run In Lubricant

High fatigue strength and flexibility; Good acid resistance; High cross section density through PTFE blocking agent, good for crystallizing media; Recommended shaft surface hardness: HRC 35; Good pliability, therefore perfect adaption of uneven shaft surfaces

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P 1 Universal
Made with 100% GORE® GFO® Fiber: ePTFE with incorporated graphite and silicone run-in lubricant

Extremely wide range of applications for all kind of industries. Easy and safe installation and handling; No ageing process; Easy to disassemble; Protection of shaft against wear (HRC 25); Superb heat conductivity; Not recommended for abrasive media

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P 1P Budget
Braid of ePTFE Fiber with Incorporated Graphite and Silicone Run In Lubricant

Good heat conductivity; extended lifetime; Easy installation and safe handling; No ageing process; Resistant against Sewage, Boiler Feed Water, Acids, Alkaline solutions, Oil and Grease, Cost effective ePTFE/Graphite Packing, Recommended shaft surface hardness: HRC 25

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P 1X
Braid of ePTFE Fiber with Incorporated Graphite and Silicone Run In Lubricant

Good heat conductivity; extended lifetime; Easy installation and safe handling; No ageing process; Resistant against Sewage, Boiler Feed Water, Acids, Alkaline solutions, Oil and Grease, Cost effective ePTFE/Graphite Packing, Recommended shaft surface hardness: HRC 35

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P 2
100 % Para-Aramid continuous Fiber with PTFE-Blocking Agent and Silicone Run In Lubricant

Excellent in highly abrasive products; Wear resistent universal packing; Minimized monitoring, short run-in period; Shafts or shaft sleeves in HRC 60 recommended

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P 2P Super
100 % Para-Aramid continuous Fiber with PTFE-Blocking Agent and Silicone free dynamic Run In Lubricant

Excellent in highly abrasive products; Wear resistent universal packing; Minimized monitoring, short run-in period; Shafts or shaft sleeves in HRC 60 recommended

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P7

P 7 Industrie
Para-Aramid Fiber Packing with PTFE Impregnation and Paraffin Run In Lubricant

Volume stable, pressure stable; High cross section density through PTFE blocking agent, protects against penetration of crystallizing media and offers excellent value for the money; Good protection against wear, with abrasive and hardening media; Recommended shaft surface hardness: HRC 50

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P 8 Ramie
Ramie Fiber with PTFE Blocking Agent and Paraffin Run In Lubricant

Universal packing for the lower temperature range; Excellent value for money; Shaft protecting, resistant to rotting; Recommended shaft surface hardness: HRC 45; Excellent in products containing solids

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P 9 Multi
Synthetic Fiber with PTFE Impregnation and siliconfree dynamic Run in Lubricant

High fatigue strength and flexibility; Good acid resistance (e. g. hydrofluoric acid 15 % / 50 °C); High cross section density through PTFE blocking agent, good for crystallizing media; Recommended shaft surface hardness: HRC 35; Good pliability, therefore perfect adaption of uneven shaft surfaces

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P 10 Service
PTFE-Graphite Fiber with Paraffin Run In Lubricant

Special lubricating graphite minimizes friction and guarantees greater heat conductivity, Shafts or shaft sleeves in HRC 25 recommended; Universal PTFE/Graphite packing with good value for money

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P 12 Kombi
Combination Braid of ePTFE with Incorporated Graphite and Para-Aramid Fiber Surface reinforcement with Silicone Run In Lubricant

Even and reduced shaft surface wear; Excellent heat conductivity; Recommended shaft surface hardness: HRC 45; Safe and universal packing with abrasive media

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P 14 Synth
Synthetic Fiber Packing with PTFE Impregnation and Paraffin Run In Lubricant

Elastic and pliable; Recommended shaft surface hardness: HRC 50; Resistance against rotting; Structural stability; Cost effective

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P 17 Color
Combination Braid of ePTFE with incorporated Graphite and Polyimid Fiber with Silicone Run In Lubricant

Combination braid with extended pH-range of 0 - 12; Improved heat conductivity and increased mechanical strength due to special material combination; Reduced wear of the shaft surface. Recommended surface hardness HRC 35

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P 20 Carbon
Carbonfiber with special impregnation and Silicone free dynamic Run In Lubricant

Strong against abrasive mediums, yet low friction on shaft surface; Recommended shaft/sleeve hardness HRC 45; Volume stabile, minimal shrinkage, good heat conductivity; Suitable as bullrings

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P 24 Synth
Carbonized synthetic fiber with PTFE impregnation and Paraffin Run In Lubricant

Good flexibility; Rot proof; Form stable packing and good value for the money; Recommended surface hardness HRC50

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P 50 Industrie 2
Carbon Staple fiber with special Graphite Impregnation and Paraffin Run In Lubricant

Volume stable, pressure stable; High Cross section density due to special impregnation; Excellent Value for money; Graphitized all-round packing with excellent Emergency run Capabilities; Good wear resistance against abrasive and crystallizing products; Recommended shaft surface hardness: HRC 45

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P 56 Carbomaster
Combination braid from Carbon reinforced expanded Graphite Tape and Carbon Fiber with Paraffin Run In Lubricant

High standardisation potential; Wear resistant through running track reinforcement, nevertheless shaft protecting; Recommended shaft surface hardness: HRC 45; Excellent heat conductivity, suitable for dry running applications; Non-hardening, good reset capability, coefficient of thermal expansion like steel; Self lubricating excellent use in pumps, minimising the need of Flushwater

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P 60 CarboGraph
Braided from Expanded Graphite Tape with integrated Carbon fiber Reinforcement

Wear and extrusion stability through Carbon fiber reinforcement; Non hardening, good reset capability, coefficient of thermal expansion similar to steel; High temperature resistant and excellent heat and electric conductivity; Self lubricating, excellent use in pumps, minimizing the need for flushwater; Easy to cut, assemble and disassemble; No shaft wear, excellent dry running characteristics

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