Aramid glass packing
Aramglass packing is braided with 4 diagonals and impregnated with a special dispersion. It is produced with aramid yarns and glass fiber yarn. It is extremely hard and compact. This buffer has been designed to achieve the best results taking into account the type of system used and the operating variables, which are:
- Line speed
- Filament dimensions
- Uniform zinc coating
- Homogeneous distribution/zinc saving
- Buffer duration
APPLICATIONS
Buffers for wire-drawing. These are used in wire-drawing in the procedure of galvanization by hot immersion in zinc.
The Aramid glass packing is extremely long-lasting. It has strong chemical resistance, flexibility, and cold flow resistance. It is wear-resistant, but if not applied properly, it might harm the shaft.
As a result, a minimum shaft hardness of 60HRC is suggested. Aramid glass packing can withstand more harsh media and higher pressure than other types of packing. For rapid and simple break-in, the packing is additionally lubricated with a silicone-based substance.
| General specification | |
| Material: | glass fibers, aramide fibers, special coating |
| Applications: | Buffers for wire-drawing. These are used in wire- drawing in the procedure of galvanisation by hot immersion in zinc. |
| Temperature resistance °С | +350 °C; |
| P [bar] | 250 bar for reciprocating pumps; 50 bar for centrifugal pumps; |
| Technical datasheet | Aramide - glass packing |
Applications
- Industrial Equipment
- Automotive Systems
- Chemical Processing
FAQ
What materials are used in Aramid glass packing?
What are the key performance variables for this packing?
How is the packing designed for optimal performance?
Aramid glass packing
- Brand: Italy
- Product Code: Aramid glass packing
- Availability: On stock
Available Options
Related Products
Aramid Packing GD6104
Features The aramid gland packing GD6104 is made with aramid discontinuous twisted yarns. The Impregnation occurs in two steps: before on each yarn and then on the body during the braiding. The compression packing GD6104 is for pourpose dynamic applications with a good value for money Composition Discontinuous aramid yarns PTFE impregation Lubricant silicone free Applications Pump packing..
Red silicone coated glass packing
This red or black silicon-coated packing is made with 6-9 μm textured and twisted glass yarns. Considered an excellent substitute for asbestos, these round, square or rectangular glass types of packing can, on request, be coated with red or black silicone to confer anti-irritant and dust-proof properties, ideal for the food sector. Excellent spring-back. The siliconized glass packing can stand up to 200 °C ..
PTFE/glass/graphite packing
T-glass packing is produced using special high quality glass yarns braided with 4 diagonals and impregnated with a PTFE dispersion and graphitised on the outside. It is extremely hard and compact. This buffer has been designed to achieve the best results taking into account the type of system used and the operating variables, which are: Line speed Filament dimensions Uniform zinc coating Homogeneous distribution / zinc saving Buffer duration APPLICATI..
Glass packing with stainless braiding
This glass packing is made entirely of 6-9 μ glass yarns with an external AISI 304 stainless steel sleeve or in the more economic version made of galvanized steel. The sleeve prevents the packing from fraying and allows it to remain intact longer in its seat on the kiln car. The glass packing features exceptional resistance and can easily be fitted into place on the car. The most widely requested diameters are 30, 42 and 50 mm. APPLICATIONS This glass packing wi..
Aramid Packing 1201P
Aramid Packing 1201P The offered Aramid fiber packing is impregnated with lot of PTFE dispersion. It is suggested for use in media, consisting of many tiny abrasive particles, For sealing pumps, mixers, valves, sliders and refiners, Aramide packing 1201 P is used. Aramid packing 1201P wears out very smoothly, even under very elevated stress circumstances. The Aramid packing 1201P can be used for sealing in a wide range of chemical hostile settings as well as up to 280°C in..
Aramid Packing 1202
Aramid Packing 1202 PTFE graphite yarn braided gland Packing, edge-strengthened with aramid yarn, impregnated with a unique lubricant. The graphite is integrated into the yarn so that when rubbed, the wrapping is smooth. Aramid Packing 1202 is used for sealing pumps, tanks, valves and sliders. In the medium temperature spectrum, it has broad implementation up to 280° C. Aramid Packing 1202 can be used as well for sealing in a wide range of chemical hostile applications as w..
Aramid Packing 1203
Aramid Packing 1203 Aramid Packing 1203 Is used for sealing of tanks, pumps, valves and sliders. In the low to medium temperature spectrum, it has broad implementation up to 280° C. The current aramid packing can be used for sealing in a wide range of chemical hostile settings as well as up to 280° C in water and steam. The areas of use of the aramid packing 1203 are sealing in facilities and machinery in the chemical, pharmaceutical, petroleum refining and food processing..
Aramid Packing 1201
Aramid Packing 1201 This is a Gland packing, braided by PTFE impregnated aramid filament fabric. The fundamental material for this aramid fiber packing is a synthesized fiber with very excellent resistance features. Aramid Packing 1201 wears out very smoothly, even under very elevated stress circumstances. In the low temperature spectrum of up to 280°C, the packing has a broad implementation. The aramid packing of this type can be used for sealing in a wide range of chemic..
Graphite Coated Aramid Packing
Graphite Coated Aramid Packing This graphite Impregnated Aramid Packing is made of proprietary fibers which are stranded together, and later treated with a specially formulated blend of low-friction lubricants. An all-around excellent general service aramid packing. The specific properties of the aramid yarn enable using this packing at the highest pressures. Graphite at its turn discharges the excess of heat and gives an excellent effect of slip, minimizing friction resist..