100% pure e-PTFE (according to VDE-VDI 2480) in a stretched filament knotted fibre structure. This ensures high-pressure resistance (no cold flow) and a good adaptation to the flange surface.
Reinforced with a proprietary inconel wire matrix and impregnated with a high Sealability Compound and a Passive Corrosion Inhibitor
Replacement for machined lantern rings, which has excellent chemical and thermal resistance
Custom made ring sets for pumps, agitators, valves and reciprocating equipment. Die formed and pre-cut rings are today’s user-friendly solution and at the same time provide the best seal result without product waste.
Seals stuffing boxes for nearly all applications with excellent performance. Ideal for worn shaft sleeves & Non centric running shafts.
Ring set made of pure PTFE packing fulfills with a tested leakage
Ring set made of pure PTFE packing and PTFE compound bull rings fulfills with a tested leakage
Ring Set made from special high temperature resistant yarn
Packingset made by combining two expanded Graphite grades and designs in order to avoid blow out and extrusion
The LiveStar 'Live loading system'. Screws on top of the bolt in a kind of cup form and giving thereby plenty of extra length to accommodate the uncompressed disc spring stack.
For soot blower applications with steam temperature up to max 400 °C. The construction uses in multiple layers extrusion resistant and wiper rings in combination with special rings.
Excellent in highly abrasive products, Wear resistant universal packing.
Volume stable, pressure stable, High cross section density through PTFE blocking agent, which protects against penetration of crystallizing media.
High cross-section density and compactness, Elastic and flexible.
Highest practical standardisation possibilities. Equal reduced wear through special running-track reinforcement.
Very form stable, Recommended shaft surface hardness HRC 50
Reinforced packing with reduced wear through improved heat conductivity, Recommended shaft surface hardness: HRC 50
'Clean packing’ required in applications where safety against contamination is required.
High durability and flexibility, Excellent chemical resistance (e.g. hydrofluoric acid 15%/50°C).
Characteristics, High fatigue strength and flexibility and Good acid resistance
High temperature blocking agent increases the cross section density and acts as a form stable pressure bed for the Carbographite fiber
Volume stable, pressure stable packing, High Cross section density due to special impregnation
Strong against abrasive mediums, yet low friction on shaft surface. Recommended shaft/sleeve hardness HRC 45.
Self lubricating excellent use in pumps, minimizing the need of Flushwater
High cross section density and sealability to minimize emissions
Universal plant wide use in static applications
Universal plant wide use in static applications
Superb emergency running capability, no wear on the shaft, excellent thermal conductivity
Wear and extrusion stability through Carbon fiber reinforcement, self lubricating, excellent use in pumps, minimizing the need for flushwater
Highest quality pure graphite gives a coefficient of expansion similar to steel
Non-hardening, good reset capability, coefficient of thermal expansion like steel.
The addition of high temperature Graphite impregnation increases the cross section density and works as a stable pressure cushion for the graphite fibre
Self lubricating fibre with high carbon content and excellent heat transfer
Protected against wear with abrasive media. Cross-section density and structural stability, yet elastic and pliable.
Pliable, easy to compress packing. Minimum surface hardness (HRC 25*).
Highest chemical resistance for a packing in rotating equipment
Clean packing with ultimate heat conductivity for abrasive products in pumps and other rotating equipment.
For high pressure applications and vacuum respectively, die-formed rings are recommended
In applications with high pressure or vacuum, die formed bullrings of S4
Wear resistant through Running Track Reinforcement. Very high heat conductivity through employment of a special heat conductive Compound
Very stable shape, little wear, Good heat conductivity.
High cross-section density and structural consistency, elasticity and adaptability. Excellent in acidic, alkaline and hardening and crystallising fluids.
Highly thermally conductive
With additional X-Section Impregnation and Silicone Run In Lubricant
Self lubricating and graphite-enhanced to give minimal friction and good heat conductivity
Excellent heat conductivity, Very easy and safe assembly
Good heat conductivity & Protection against shaft wear
Universal packing for lower temperatures
