AVION transfer chains are specifically designed for multipurpose chamber furnaces, sized to your individual batch weights.
The standard chain, same design as IPSEN-chains, globally approved. Highly heat-resistant chain, mainly for use in carburizing, carbonitriding and hardening work. (Material 50 % RA 310 / 50 % RA 330)
The reinforced chain for universal use at quenching and tempering, hardening and carbonitriding. The charge weight can be
increased by at least 25 % depending on the equipment. Only one alloy is used for the chain. (Material RA 310 / 1.4845)
The light one, mainly for the use at quenching and tempering of relatively low weights and high volume. (Material RA 310)
All links are welded, except three end links which are splinted at one side for easy shortening of the chains.
100 links |
1 5/8" |
76 links | 2 ½" |
Further lengths and repair links upon request.
In the CYCLONIC burner tip design, the drill holes are shaped in an angled fashion to produce a helical flame pattern. The swirling motion heats the radiant tube more efficiently and heat accumulation at single points is reduced; this provides more uniform heat distribution and better tube life.
Additional flame breakers are no longer necessary and consequently subsequent costs are avoided!
By improved design the CYCLONIC burner tip increases the heat efficiency of the burners by at least 10 %; with adjustment an improvement of more than 25% is possible. By using the highly heat-resistant high-grade steel RA 330 the resistance of the CYCLONIC burner tip against oxidization is quadrupled in comparison with other products and the melting point is higher.
Typ ACB-10 | connection 3/4" and 1" | 85,500 BTU |
Typ ACB-20 | connection 1" | 102,000 BTU |
All sizes are immediately available.
• Flame breakers are unnecessary
• Easy exchange
• More efficient heat effect
AVION ULTRA circulating fans – the low-priced ventilation unit without the vibration.
ULTRA fans are made of heat-resistant alloy RA 330. ULTRA ventilating fans are always heat treated, x-rayed and examined for smooth operation prior to delivery. The life of the fans of 520 mm and 610 mm may be considerably increased by reduction of the motor revolutions to 750 rpm.
18 ½" |
470 mm |
20 ½" | 520 mm |
24" | 610 mm |
2 speed settings
17.000 BTU |
1430 rpm |
10,9 A |
5.800 BTU |
960 rpm |
4,7 A |
Suitable for all diameters
All circulating fans are always available ex stock.
AVION SC Fans are made of heat resistant alloy HU/CB.
SC Ventilating Fans are heat treated, x-rayed and balanced dynamically for smooth operation prior to delivery.
SC furnace rollers are made of HK alloy, to provide excellent wear resistance as well as essential heat resistance.
Rollers are well balanced and aligned for smooth operation on the loading cart or in the furnace.
The relatively new generation silicon carbide and Mullite (MulSiC) mixture demonstrates essential advantages in comparison to pure forms of SiC or Mullite muffle parts, primarily used for furnace construction or repairs.
The essential advantage is the excellent resistance against so-called "glazing," the hardening of the surface by means of glass type residues.
Pure SiC shows a long life and a high resistance against thermal shock. However, it is very susceptible to the "glazing effect", causing irregular granular growth, reduced passage and consequently early failure.
Pure Mullite is almost totally resistant to glazing, however, it only has a very short life, particularly with exposure to frequent temperature changes.
In cooperation with our partners we succeeded in mixing these two materials to a very specific recipe which combines the advantages of both components in one material. The result is a high-quality material with long life at an extremely attractive price.
Max. process temperature |
2450°F |
Density |
160 – 170 lbs/ft³ |
Porosity/permeability |
14 – 18 % |
Excellent properties for frequent temperature changes.
T65 is recommended for use where a long life, high resistance against abrasion as well as a high thermal conductivity are required.
T4 |
TQ 4 | RTQ 8 |
T 7 | TQ 5 | |
T 9 | TQ 6 | |
T 11 | TQ 7 | |
T 13 | TQ 10 |