Riepe TH97 Release Agent for Postforming & Softforming Edgebanding — 30L

Overview:

Riepe TH97 is a transparent release agent for postforming and softforming edgebanding processes. It helps prevent PUR, EVA, and PO adhesive residue from sticking to the workpiece and remains effective as the workpiece passes through high-temperature heating zones. Apply TH97 before pre-milling.

• Workpieces can pass through high heat zones without any effect on the performance of the release agent
• Prevents the adhesion of emerging glue residue onto the workpiece

Additional Info:

• Area of Application: prior to the pre-milling
• Color: transparent
• Quantity: 30 liters (7.92 gal.)

Riepe TH97 is best suited for:

• Postforming edgebanding
• Softforming edgebanding
• Processes involving additional heating zones
• PUR, EVA, and PO edge-banding adhesives
• Applications where adhesive residue may contact the workpiece
• High-temperature panel-processing lines
• Application before pre-milling

Tip - Check out our Spout Outlet Tap for easier filling of 2 liter bottles. Works with 10 liter and 30 liter jugs.

FAQs

What is Riepe TH97 used for?
Riepe TH97 is used to prevent PUR, EVA, and PO adhesive residue from sticking to workpieces during postforming and softforming edgebanding.

Can TH97 be used in high-temperature zones?
Yes. TH97 is designed to remain effective as workpieces pass through high-heat zones.

When should Riepe TH97 be applied?
Apply it before the pre-milling stage.

Which adhesives is TH97 compatible with?
It is designed for common PUR, EVA, and PO edge-banding adhesives.

Is TH97 suitable for standard edgebanding?
TH97 is specifically positioned for postforming and softforming processes. For standard applications, another Riepe release agent may be more appropriate depending on the machine and process.

What color is Riepe TH97?
TH97 is transparent.

What size is available?
This listing is for a 30-liter container, approximately 7.92 gallons.

What problem does TH97 solve?
It helps prevent emerging glue residue from adhering to the workpiece, including during passage through high-temperature zones.