Telephone
| North America: | 800-461-9323 |
| International: | 905-377-1488 |
Fax
| North America: | 800-461-9328 |
| International: | 905-377-1484 |
ADL Insulflex, Inc.,
8783 Dale Road, Cobourg,
Ontario, Canada K9A 4J9
Solving high temperature
problems worldwide
 |
(C) Copyright Insulflex © 1999-2008 |  |
Thermosleeve B - Braided Glass Fiber Sleeve for Continuous High Temperature Operation
Telephone
North America:
800-461-9323
International:
905-377-1488
Fax
North America:
800-461-9328
International:
905-377-1484
ADL Insulflex, Inc.,
8783 Dale Road, Cobourg,
Ontario, Canada K9A 4J9
Solving high temperature
problems worldwide
(C) Copyright Insulflex © 1999-2008
Insulflex® Case Study
Solving PTFE hose problems for Asian tire plant
In 2002, an Asian manufacturer of tire-vulcanizing presses approached an Insulflex® distributor for a solution to constant problems with PTFE hoses used to deliver steam to the presses. Tire press operators were complaining about a variety of problems, including:
• Constant hose failures
• Higher-than-promised energy required to run the presses
• Slower-than-promised cure cycles
• Numerous burn injuries to workers from contact with hot braided hoses.
ADL Insulflex, Inc, in conjunction with our Japanese distributor, determined that problems could be addressed by:
1. Switching brands of PTFE hose from an unproven PTFE hose to pure T62 Teflon hoses. We introduced our distributor to a USA manufacturer of such a product.2. Incorporating a new process to permanently attach the spring guard to the hose collar – allowing a more even bend radius and less kinking.
3. Installing one layer of Thermosleeve™ B and one layer of Aerostyle Pyrojacket® to achieve the following thermal objectives:
a) Reduce the amount of heat energy to produce a tire by approx.3.5%
b) Increase the temperature of the steam delivered to the press, thereby decreasing the cycle time — leading to Increased production.
c) Eliminate burn injuries on hot braided hoses. The outer temperature was reduced from 360°F to 135°F.
The end result was better hose performance and enhanced thermal performance, leading to better financial performance and more long term business for all involved.
The case study provided above is based on information believed to be correct. ADL Insulflex does not endorse or warranty any particular application and assumes no liability for the accuracy of such information. ADL Insulflex provides free samples and recommends adequate testing be completed prior to the use of any Insulflex® products.
Need it yesterday?
Call us now at 905-377-1488.
If you call outside 8:30 am to
5:00pm EST, we'll get back to
you on the next business day.
Custom Fabrication
We work fast! Chances are we'll
have a custom prototype ready
for field testing within 1 to 3
days of your call. Information…
Grow with us
If you’re interested in joining
our global network of distributors,
please click here for more
information.
Telephone
| North America: | 800-461-9323 |
| International: | 905-377-1488 |
Fax
| North America: | 800-461-9328 |
| International: | 905-377-1484 |
ADL Insulflex, Inc.,
8783 Dale Road, Cobourg,
Ontario, Canada K9A 4J9
Solving high temperature
problems worldwide
|
(C) Copyright Insulflex © 1999-2008 | |
Insulflex® Case Study
Solving PTFE hose problems for Asian tire plant
In 2002, an Asian manufacturer of tire-vulcanizing presses approached an Insulflex® distributor for a solution to constant problems with PTFE hoses used to deliver steam to the presses. Tire press operators were complaining about a variety of problems, including:
• Constant hose failures
• Higher-than-promised energy required to run the presses
• Slower-than-promised cure cycles
• Numerous burn injuries to workers from contact with hot braided hoses.
ADL Insulflex, Inc, in conjunction with our Japanese distributor, determined that problems could be addressed by:
1. Switching brands of PTFE hose from an unproven PTFE hose to pure T62 Teflon hoses. We introduced our distributor to a USA manufacturer of such a product.2. Incorporating a new process to permanently attach the spring guard to the hose collar – allowing a more even bend radius and less kinking.
3. Installing one layer of Thermosleeve™ B and one layer of Aerostyle Pyrojacket® to achieve the following thermal objectives:
a) Reduce the amount of heat energy to produce a tire by approx.3.5%
b) Increase the temperature of the steam delivered to the press, thereby decreasing the cycle time — leading to Increased production.
c) Eliminate burn injuries on hot braided hoses. The outer temperature was reduced from 360°F to 135°F.
The end result was better hose performance and enhanced thermal performance, leading to better financial performance and more long term business for all involved.
The case study provided above is based on information believed to be correct. ADL Insulflex does not endorse or warranty any particular application and assumes no liability for the accuracy of such information. ADL Insulflex provides free samples and recommends adequate testing be completed prior to the use of any Insulflex® products.
Need it yesterday?
Call us now at 905-377-1488.If you call outside 8:30 am to
5:00pm EST, we'll get back to
you on the next business day.
Custom Fabrication
We work fast! Chances are we'llhave a custom prototype ready
for field testing within 1 to 3
days of your call. Information…
Grow with us
If you’re interested in joiningour global network of distributors,
please click here for more
information.