Red High Temperature Masking Tape / Red Crepe Paper Tape / Silicone Adhesive

Product Specification

1. Product Overview

Nomay Red High Temperature Masking Tape, also known as Red Crepe Paper Tape or Silicone Adhesive Masking Tape, combines a crepe paper backing with silicone adhesive for temporary industrial masking.

It is intended for protecting selected areas during painting, coating and compatible heating processes. Choose the grade according to the contact surface, coating system, actual component temperature, exposure time and required removal condition.

2. Product Construction

The construction combines a crepe paper backing with a silicone adhesive coating.

The paper forms the masking barrier, while the adhesive maintains contact with the component during the selected process. The red backing helps operators identify the applied masking material during placement and inspection.

The complete construction and thickness measurement basis should be identified in the selected product specification.

3. Backing & Adhesive System

Backing: Crepe paper.
Adhesive: Silicone adhesive.

The crepe paper backing provides a paper-based masking surface for shaped components and defined coating boundaries. Its suitability depends on the required handling strength, masking geometry and processing conditions.

The silicone adhesive must be evaluated together with the backing and the contact surface. For operations with silicone restrictions, identify the restriction before selecting this product.

4. Available Specifications

Thickness options: 0.1–0.25 mm.
Common thickness options: 0.2–0.22 mm.
Width range: 0.1–1090 mm.
Color: Red.
Master roll length: 1000 m.
Finished roll length: Specify with the required slit width and thickness.

Nomay's product-family temperature range is 260–300°C. The selected grade must be matched to a defined exposure time and operating condition.

Specify whether the requested thickness refers to the complete adhesive-coated construction. Width, thickness, length and dimensional tolerance should be selected together rather than treated as independently interchangeable options.

5. Key Features & Buyer Benefits

Paper masking barrier:
Helps keep selected component areas separated from the coating process when the tape and coating system are compatible.

Silicone adhesive:
Provides an adhesive option for heated masking processes, subject to the selected grade's temperature and time limits.

Crepe paper backing:
Supports evaluation on shaped surfaces where the masking material must follow the component geometry.

Red appearance:
Makes applied masking areas easier to distinguish during preparation and inspection.

Custom slit widths:
Help match the required masking path and reduce unnecessary trimming.

Common 0.2–0.22 mm options:
Give buyers a defined starting point when selecting a construction for handling and masking requirements.

6. Application Procedure

Prepare a clean, dry contact surface. Remove oil, dust, moisture and loose contamination using a method compatible with the component and coating.

Position the tape without excessive stretching. Press the contact area evenly, especially along masking edges and changes in surface shape.

Run a sample through the intended coating and heating cycle. Check edge lifting, coating penetration, paper condition, adhesive transfer and the appearance of the protected area.

Establish an appropriate removal temperature and timing during the trial. Remove steadily while avoiding damage to the coating boundary or underlying finish.

Store unused rolls in their protective packaging, away from moisture, direct sunlight and heat. Follow the selected grade's storage and shelf-life instructions.

7. Application Industries

Relevant industries include industrial painting, metal finishing, equipment manufacturing and component coating.

Potential processes include paint masking and powder coating masking where the selected construction has been evaluated against the actual cure cycle.

Select by the process requirements and contact materials, rather than by industry name alone.

8. Application Scenarios / Problems Solved

Protecting areas that must remain uncoated:
Apply the masking material to the selected area and assess its ability to maintain the required boundary through the coating process.

Maintaining masking during heating:
Match the tape to the component's actual temperature and dwell time. Include repeated heating cycles when these form part of production.

Masking narrow or defined paths:
Specify the working width and component geometry to select a suitable slit-roll format.

Controlling removal-related defects:
Evaluate removal timing and technique to reduce the risk of coating-edge damage, paper tearing or adhesive transfer.

Identifying masked areas during inspection:
Use the red appearance to help distinguish the tape from the surrounding component surface.

9. Performance & Operating Conditions

The enterprise temperature range is 260–300°C. This is a product-family range, not a continuous-use rating for every thickness or grade.

Determine the allowable temperature together with exposure duration, substrate, coating chemistry and removal requirements. Oven air temperature may differ from the temperature reached by the component.

Adhesion and removal performance depend on surface finish, preparation, pressure, dwell time and thermal history. Define the test conditions when comparing peel performance.

Evaluate the complete production cycle before volume use, particularly where surface cleanliness or coating appearance is critical.

10. Comparison & Selection Guide

Compared with general-purpose paper masking tape:
This product uses silicone adhesive and is positioned for evaluating heated industrial masking requirements. Tapes with different adhesive systems should not be substituted solely because their colors or thicknesses appear similar.

Compared with PI or PET masking tape:
The backing is paper rather than film. Compare handling strength, masking geometry, required edge definition and the complete heating cycle.

Select this red paper-backed product when its construction matches the coating process and visual identification is useful.

Consider a different grade or material when the process requires silicone-free construction, film backing, a different removal profile or operating conditions outside the selected specification.

11. Technical Notes + FAQ

Q: Which thicknesses are commonly supplied?
A: The enterprise range is 0.1–0.25 mm, with 0.2–0.22 mm identified as common options. Specify the required thickness and measurement basis.

Q: Can I request a narrow slit width?
A: The enterprise width range is 0.1–1090 mm. Provide the required width, tolerance, thickness and roll length so the complete configuration can be assessed.

Q: Does the 260–300°C range mean continuous operation at 300°C?
A: No. The selected grade requires a defined temperature and exposure duration.

Q: Can it be used for powder coating?
A: Evaluate the selected grade with the actual coating, component surface temperature, cure duration and removal procedure.

Q: Will it remove without residue?
A: Removal performance depends on the surface and processing cycle. Establish the required result through a representative trial.

Q: Is white available?
A: The enterprise product sheet also lists white. Request it as a separate color version; this page identifies the red product.

12. Inquiry CTA

Send the following information for grade selection, samples and a quotation:

Application and coating process.
Substrate or contact surface.
Operating temperature.
Exposure time and number of heating cycles.
Thickness and measurement basis.
Width and tolerance.
Finished roll length.
Quantity.
Destination country.

Include any surface-cleanliness requirement and the intended removal condition. Nomay will use these details to select a suitable model, confirm the specification and provide the MOQ, price and sample arrangement.