Tuff Temp Corp.

TUFF TEMP Corp. has designed and developed a family of unique high temperature resistant belting products that are ideal for use as conveyor belting within the hot end of primary glass plants and aluminum extrusion plants

For conveyance applications in severe manufacturing processes such as hot glass and / or hot aluminum, conveyor belting must exhibit superior temperature resistance, superior cut and abrasion resistance, and superior mechanical performance. Conveyor belting must also be totally non-marking and be safe for the finish quality of the customer's product.

We understand that our customers are typically running their manufacturing plants 24 hours a day, 7 days a week, 365 days a year. Any downtime that the customer experiences in manufacturing is unrecapturable, permanently lost revenue.  With that mindset, our focus is to supply the longest lasting, most durable conveyor belts in the world, so that our customers can achieve the longest continuous production runs, with minimal costly maintenance down-time.

TUFF TEMP's line of conveyor belting products has been uniquely engineered to meet all of these criteria, and it is our mission to provide our customers with the absolute longest belting wear life.

HIGH-DENSITY, MULTI-LAYERED CONSTRUCTIONS:

Superior engineered conveyor belting starts with utilizing specialty high temperature resistant yarns. TUFF TEMP utilizes mechanically enhanced 100% Kevlar® yarns, and other high temperature resistant specialty fibers such as PBI, PBO and Stainless Steel.  Next, we construct our conveyor belting utilizing high-density, multi-layered weaving, to create thick, tough, and ultra-durable woven belts up to 24" wide (610 mm) and 3/8" thick (9 mm). Next, we apply in-house, one of our value-added finishing treatments to the belting to enhance the end use durability and further strengthen the mechanical performance.

The end result of these manufacturing efforts is that we have pushed TUFF TEMP conveyor belts well beyond the normal temperature ratings of the base fibers.
For intermittent contact applications such as conveyance of hot glass and hot aluminum extrusions, TUFF TEMP conveyor belting has proven temperature resistance up to 1,400º F / 760º C.
 
TUFF TEMP conveyor belting is typically used within the hot end of glass Pressware and Hollowware plants to convey hot ware from the press molds in the Forming section, up to the entrance of the annealing lehr.  Ware contact temperatures on our belting can typically exceed 1,300º F / 690º C TUFF TEMP conveyor belting is used in the hot end by many of the leading TV Glass manufacturers, and Tableware and Ovenware manufacturers, where glass contact temperatures are amongst the hottest in the industry

TUFF TEMP conveyor belts exhibit superior mechanical performance, including minimal belt stretch, and stable tracking within the center of the conveyor bed.

TUFF TEMP pre-stretches all conveyor belts under high tension in our value-added Water Stretched finishing process. The end result is that we significantly reduce and / or eliminate potential belt stretch following installation.
 
TUFF TEMP conveyor belts will NOT check, scratch or mark even the most sensitive surface finishes of hot glass ware or hot aluminum extrusion profiles.
 
TUFF TEMP conveyor belting is an ideal replacement for traditional chain and / or metal belts, which typically require costly high energy burners to help prevent checks and marks.  No burners are required when running TUFF TEMP belts, significantly reducing your energy costs, while improving the surface quality of your ware.
 
TUFF TEMP conveyor belts can be supplied pre-cut and pre-laced for your exact conveyor lengths, ensuring no waste and minimal set-up time for your plant personnel.

TUFF TEMP Corp. pre-laces conveyor belts with an appropriate size stainless clipper lacing, and then reinforces the strength of the lacing by applying our value-added Wear Gard treatment to the join.  The Wear Gard hardens around the lacing with minimal dry time, and ensures optimal strength, so that the lacing will not pull or tear out.

TUFF TEMP conveyor belting is supplied in a wide range of widths, thicknesses, and plies, to cover a multitude of hot end applications. Such depth of selection in our product lines ensures that the customer receives the most cost-effective belting product for their particular conveyance application.
 
TUFF TEMP conveyor belting is specifically available up to a maximum width of 24" (610 mm), and a maximum thickness of 3/8" (9 mm) (nominal).
 
TUFF TEMP CORP. has also recently developed a new breakthrough high temperature resistant conveyor belting that has been designed for the hottest, heaviest, and most severe hot end conveyance applications.  Known as our "Combo and Blended Belting", due to their blended construction of multiple specialty high temperature resistant fibers, they have quickly proved to be the longest lasting and most durable high temperature belts available today.

TUFF TEMP CORP. has recently developed two highly innovative breakthrough conveyor belts, that has been designed and engineered for the very hottest and most severe conveyance applications.

Known as our "Combo Belt" & "Blended Belt", these high-density, up to 5/16" (8 mm) thick, 4-ply belts are woven with a blend of multiple specialty high temperature and abrasion resistant textile fibers (including Stainless Steel Textiles). By blending multiple specialty textile fiber types, TUFF TEMP is able to leverage the unique performance properties of each fiber to create an overall more durable belt that can withstand higher levels of temperature and abrasion.

TUFF TEMP "Combo Belts and "Blended Belts" are now being used in many of the world's leading Ovenware and Tableware plants, where ware temperatures are amongst the very hottest in the glass industry. Within these plants these new belts are already used to convey large and heavy ware types that still may be glowing red hot when contacting the belt. TUFF TEMP "Combo Belts and "Blended Belts" offers outstanding durability and performance in such applications, with unmatched belt wear life.

Tuff Temp Corp. offers a complete line of Textile products (Woven Tapes & Sleeves, Knitted Sleeves, Non-Woven Needle Punched Felts & Ropes) based on Stainless Steel (316L) fibers whice offer unmatched heat resistance (up to 650 C / 1200 F) and excellent performance in many glass making applications such as Automotive Glass, Glass Bottles and Cathode Ray Tube (TV) Glass. 

Main benefits include: Softness, Flexibility, Excellent Abrasion Resistance, Durability & Very High Temperature Resistance.

Woven Tape (.7 mm thick)
Description: 100% 316L Stainless Steel
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Female Mold Cover - the Automotive Windshield Manufacturing
Packing: 25 meters (82 feet) Widths: 40 mm, 50 mm, 60 mm, 80 mm, 85 mm 

Woven Tape (1.5 mm thick)
Description: 100% 316L Stainless Steel
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Conveyor Pusher or Lehr Stacker Bar for Bottle Glass Manufacturing
Packing: 25 meters (82 feet) Widths: 15 mm, 25 mm, 30 mm, 45 mm, 55 mm, 60 mm
 
Woven Tape (2.4 mm thick)
Description: 100% 316L Stainless Steel
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Conveyor Pusher Or Lehr Stacker Bar for Bottle Glass Manufacturing
Packing: 25 meters (82 feet) Widths: 20 mm, 25 mm, 35 mm, 45 mm, 50 mm, 65 mm
 
Woven Tape (1.8 mm thick)
Description: 70% 316L Stainless Steel x 30% Kevlar
Heat Resistance: up to 450 C / 850 F High Durability
Application: Conveyor Pusher Or Lehr Stacker Bar for Bottle Glass Manufacturing
Packing: 25 meters (82 feet) Widths: 25 mm, 50 mm, 70 mm
 
Woven Sleeve (2.2 mm thick)
Description: 100% 316L Stainless Steel
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Wire Transfer Cover for Bottle Glass Manufacturing Process
Packing: 25 meters (82 feet) ID Sizes: 15 mm, 22 mm, 24 mm, 28 mm, 45 mm
 
Knitted Sleeve
Description: 70% 316L Stainless Steel x 30% Kevlar
Heat Resistance: up to 450 C / 850 F High Durability
Application: Roller Cover for Automotive Glass Manufacturing
Packing: 25 meters (82 feet)
ID Sizes: 20 mm. 22 mm, 25 mm, 27 mm, 30mm, 35 mm, 45 mm, 60 mm, 80 mm
 
Knitted Sleeve
Description: 100% 316L Stainless Steel
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Roller Cover for Automotive Tempered Glass Manufacturing
Packing: 25 meters (82 feet)
ID Sizes: 27 mm, 35 mm, 38 mm, 40 mm, 50 mm, 60 mm, 85 mm
 
Knitted Fabric
Description: 100% 316L Stainless Steel
Basic Weight: 880 g/m2 +/-5%
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Male Mold Cover for Automotive Glass Manufacturing
Packing: 10 meters (32 feet) Standard Width: 1.2 meters (47 inches)
 
Knitted Fabric
Description: 100% 316L Stainless Steel
Basic Weight: 1000 g/m2 +/-5%
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Male Mold Cover for Automotive Glass Manufacturing
Packing: 10 meters (32 feet) Standard Width: 1.2 meters (47 inches)
 
Non-Woven Needle Punched Felt Fabric
Description: 100% 316L Stainless Steel
Basic Weights & Thickness:
 300 (g/m2 +/- 7%) 1.4 mm (+/-5%)
 400 (g/m2 +/- 7%) 1.6 mm (+/-5%)
 550 (g/m2 +/- 7%) 1.8 mm (+/-5%)
1000 (g/m2 +/- 7%) 3.1 mm (+/-5%)
1000 (g/m2 +/- 7%) 1.6 mm (+/-5%) SM
1000 (g/m2 +/- 7%) 1.6 mm (+/-5%) ST
1500 (g/m2 +/- 7%) 3.2 mm (+/-5%)
1500 (g/m2 +/- 7%) 2.3 mm (+/-5%) SM
1500 (g/m2 +/- 7%) 2.3 mm (+/-5%) ST
2000 (g/m2 +/- 7%) 1.4 mm (+/-5%) SM
SM = Scrim on Surface, ST = Scrim in Middle.
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Buffer Material for Glass Manufacturing
Packing: 10 meters (32 feet)  Standard Width: 1.5 meters (59 inches)
 
Woven Rope
Description: 100% 316L Stainless Steel
Diameter: 4 mm OD
Heat Resistance: up to 650 C / 1200 F High Durability
Application: Buffer Material for Glass Manufacturing
Packing: 50 meters (164 feet)
 
Woven Rope
Description: 70% 316L Stainless Steel x 30% Kevlar
Diameter: 4 mm & 6 mm OD
Heat Resistance: up to 400 C / 750 F High Durability
Application: Buffer Material for Glass Manufacturing
Packing: 50 meters (164 feet)