Acetate cloth tape uses high-quality black polyester acetate cloth as the base material, coated with high-performance synthetic rubber-based pressure sensitive adhesive. The product fully meets environmental requirements for low odor and low VOC emissions.
Acetate Cloth Tape is a wire harness protection material used in electronics manufacturing, automotive assembly, and industrial control applications. Built on a high-quality black polyester acetate cloth base and coated with a high-performance synthetic rubber-based pressure sensitive adhesive, Acetate Cloth Tape delivers reliable adhesion strength, flexibility, and ease of application. For procurement teams evaluating wire harness bundling materials, Acetate Cloth Tape offers a well-defined technical specification that matches the demands of real-world harness assembly. When selecting a tape for wire harness bundling or insulation protection, the relevant performance parameters include temperature resistance, adhesive retention, mechanical strength, flame retardancy, and compliance certification — all of which are documented for Acetate Cloth Tape in its verified product specification.
Property |
Unit |
Specification |
Product Model |
|
C8020 |
Color |
— |
Black |
Base Material |
— |
Polyester Acetate Cloth |
Adhesive |
— |
Synthetic Rubber |
Total Thickness |
mm |
0.20 |
Tensile Strength |
N/cm |
90 |
Elongation at Break |
% |
14 |
Steel Adhesion |
N/cm |
5.0 |
Temperature Resistance |
°C |
-40—100°C |
Noise Reduction |
dB(A) |
Grade A (≤2) |
Abrasion Resistance |
cycle |
Grade A (0-99) |
Flame Retardancy |
— |
Grade B Self-extinguishing |
Hand Tearability |
— |
Hand-tearable |
Environmental Certification |
— |
ROHS 2.0, REACH |
Acetate Cloth Tape provides a tensile strength of 90 N/cm, which supports bundling and wrapping under mechanical stress in production line environments. The 14% elongation at break allows the tape to conform to irregular harness cross-sections without premature tearing. The steel adhesion of 5.0 N/cm reflects the synthetic rubber adhesive's holding capability on common substrate surfaces, which is relevant for harness sections that require secure surface contact over extended service periods.
The temperature resistance range of -40°C to 100°C is meaningful for both cold-climate assembly environments and routing zones near heat-generating modules. Think of this range as the operating envelope for the adhesive system: within it, Acetate Cloth Tape maintains reliable adhesion and cloth integrity; outside it, alternative materials with higher thermal ratings should be evaluated. For engine compartment harnesses routed near thermal management components, the 100°C upper boundary is a meaningful reference for confirming suitability before material commitment.
The Grade A noise reduction rating (≤2 dB(A)) and Grade A abrasion resistance (0-99 cycles) provide documented performance reference points for NVH-sensitive automotive applications and routing scenarios with mechanical contact. On flame retardancy, Acetate Cloth Tape carries a Grade B self-extinguishing rating, meaning it extinguishes automatically when removed from a flame source. Verifying flame retardancy requirements before material selection is a step sometimes overlooked during the introduction phase — when customers later request safety documentation during supplier audits, the absence of a confirmed flame retardancy grade can cause project delays. Acetate Cloth Tape's Grade B rating provides a documented baseline for projects where this criterion applies. The ROHS 2.0 and REACH certifications reduce the documentation burden for supply chain audits in European and North American markets where green procurement standards are commonly enforced.
Acetate Cloth Tape is widely used for harness fixing and insulation protection in televisions, transformers, smartphones, and computers. The combination of consistent adhesion, hand-tearability, and moisture resistance makes Acetate Cloth Tape a practical choice for high-volume electronics assembly environments. For harness sections near precision circuits and power modules, the insulation and moisture resistance properties provide a protective layer that supports reliable long-term electrical performance. For procurement teams managing multiple product lines, the standardized specifications of Acetate Cloth Tape support simplified material planning across a broad range of harness configurations.
Acetate Cloth Tape is used for wire harness bundling and wrapping in conventional vehicles and new energy vehicles. For engine compartment harness sections, the 100°C upper temperature rating and Grade B self-extinguishing performance support documentation requirements in supplier qualification workflows. For interior harness applications where vehicle noise matters, the Grade A noise reduction rating provides a specific performance basis for evaluation discussions with OEM quality teams. If only unit cost is considered without accounting for the downstream risk of adhesive migration or early failure in elevated-temperature zones, the actual cost comparison may favor a lower-cost material that creates field problems over the vehicle's service life. Acetate Cloth Tape provides a stable synthetic rubber adhesive system with a defined operating envelope that aligns with typical automotive interior and underhood routing conditions.
For high-voltage wire harness applications in new energy vehicles, Acetate Cloth Tape supports insulation wrapping and surface protection requirements where both flame retardancy and environmental compliance are important considerations. Its synthetic rubber adhesive maintains holding strength across the rated temperature range. The ROHS 2.0 and REACH certifications assist procurement teams in meeting green supply chain audit requirements common in automotive programs targeting European and North American OEMs, helping reduce documentation preparation time during supplier evaluation cycles.
When evaluating a wire harness tape, the core selection parameters are temperature resistance, adhesive retention, abrasion resistance, and flame retardancy grade. For most consumer electronics and automotive harness applications within the -40°C to 100°C range, Acetate Cloth Tape's verified specification set covers common selection requirements without over-specifying for conditions that do not demand a higher thermal rating. The balance between insulation performance, mechanical durability, and hand-application efficiency makes Acetate Cloth Tape a practical option for production environments where operator speed and material consistency both matter.
Batch-to-batch consistency is a dimension worth including in the supplier evaluation process. The initial sample approval is the starting point, but the more meaningful validation is whether subsequent production batches maintain the same adhesion characteristics, cloth tensile properties, and dimensional tolerances across repeated orders. For large-volume harness assembly operations, variation in adhesive tack or cloth rigidity between batches can disrupt wrapping consistency, particularly on semi-automated lines where operator technique is more standardized.
For buyers comparing Acetate Cloth Tape against alternative tape categories — including specialized electrical splicing tape configurations or higher-temperature tapes built on different base materials — the key evaluation axis should be whether the application's actual thermal, mechanical, and compliance requirements match the documented parameters of Acetate Cloth Tape. When the routing environment stays within -40°C to 100°C and requires Grade B self-extinguishing performance and ROHS certification, Acetate Cloth Tape (C8020) provides a consistent and well-documented solution for harness bundling, insulation wrapping, and surface protection across electronics, automotive, and industrial control applications.
Acetate cloth tape uses high-quality black polyester acetate cloth as the base material, coated with high-performance synthetic rubber-based pressure sensitive adhesive. The product fully meets environmental requirements for low odor and low VOC emissions.