Off-the-shelf. Ready-to-Ship via Global UPS Express from Hanoi, Vietnam: 5-7 days to your facility.
Select Your Industrial Substrate
We offer our precision 100x100 mm blanks in three core elastomer families to cover all environmental, thermal, and chemical sealing requirements.
Status: 0.3 mm & 0.5 mm In Stock / Ready to Ship (Dual-Thickness Synchronized Inventory).
Classifications: Standard, High-Temp (250°C), Medical Grade (FDA Compliant).
Primary Applications: Medical fluid manifold blanks, wearable health-tech barriers, and high-temperature avionics seals.
🔗 Learn More & View Silicone Specifications [ Ultra-Thin Silicone Die-Cut Blanks ]
Status: 0.3 mm & 0.5 mm In Stock / Ready to Ship (Dual-Thickness Synchronized Inventory).
Classifications: High-Acrylonitrile Fuel & Oil Resistant Grade.
Primary Applications: Micro-fuel metering diaphragms, automotive micro-sensor gaskets, and aero-fuel isolation blanks.
🔗 Learn More & View NBR Specifications [ Ultra-Thin NBR Die-Cut Blanks ]
Status: 0.3 mm & 0.5 mm In Stock / Ready to Ship (Dual-Thickness Synchronized Inventory).
Classifications: Outdoor Weather, Ozone & Dielectric Premium Grade.
Primary Applications: 5G base station enclosure blanks, EV battery cell cushion substrates, and aerospace environmental seals.
🔗 Learn More & View EPDM Specifications [ Ultra-Thin EPDM Die-Cut Blanks ]
Technical Comparison & Part Numbers
0.3±0.03 mm Thickness | 50 Shore A | 21 kN/m Tear | 8 MPa Tensile | -40°C to +200°C / +250°C (High-Temp)
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.30±0.03 mm
❖ In-House Factory Converting Standard
Silicone Die-Cut Blank 0.3 mm Standard | FDA Grade (Clear) — In Stock
Standard: Ready-to-Ship 10K+ Die-Cut Blanks (MOQ: 100-unit pack).
Silicone Die-Cut Blank 0.3 mm Medical | Medical Grade (Clear) — Made-to-Order
Silicone Die-Cut Blank 0.3 mm High-Temp | High-Temp Grade (Dark Red) — Made-to-Order
High-Temp: Supports extreme electronic environments up to +250°C.
0.5±0.03 mm Thickness | 50 Shore A | 21 kN/m Tear | 8 MPa Tensile | -40°C to +200°C / +250°C (High-Temp)
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.50±0.03 mm
❖ In-House Factory Converting Standard
Silicone Die-Cut Blank 0.5 mm Standard | FDA Grade (Clear) — In Stock
Standard: Ready-to-Ship 10K+ Die-Cut Blanks (MOQ: 100-unit pack).
Silicone Die-Cut Blank 0.5 mm Medical | Medical Grade (Clear) — Made-to-Order
Silicone Die-Cut Blank 0.5 mm High-Temp | High-Temp Grade (Dark Red) — Made-to-Order
High-Temp: Supports extreme electronic environments up to +250°C.
Download the full technical and compliance package for Silicone Die-Cut Blanks (FDA, RoHS, REACH, and TDS included):
[ Technical Data Sheet (PDF) ] [ Global Regulatory Compliance ] [ Certificate of Origin ]
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.30±0.03 mm
❖ In-House Factory Converting Standard
NBR Die-Cut Blank 0.3 mm Premium | High-Acrylonitrile (Black) — In Stock
Premium: Ready-to-Ship 10K+ Die-Cut Blanks (MOQ: 100-unit pack) for micro-fuel metering diaphragms and aerospace UAV applications.
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.50±0.03 mm
❖ In-House Factory Converting Standard
NBR Die-Cut Blank 0.5 mm Premium | High-Acrylonitrile (Black) — In Stock
Premium: Ready-to-Ship 10K+ Die-Cut Blanks (MOQ: 100-unit pack) for automotive sensor gaskets.
Download the full technical and compliance package for NBR Rubber Die-Cut Blanks (FDA, RoHS, REACH, and TDS included):
[ Technical Data Sheet (PDF) ] [ Global Regulatory Compliance ] [ Certificate of Origin ]
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.30±0.03 mm
❖ In-House Factory Converting Standard
EPDM Die-Cut Blank 0.3 mm Premium | Weather & Dielectric (Black) — In Stock
Premium: Ready-to-Ship 10K+ Die-Cut Blanks (MOQ: 100-unit pack) for thin-profile 5G base station enclosures and radar environmental seals.
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.50±0.03 mm
❖ In-House Factory Converting Standard
EPDM Die-Cut Blank 0.5 mm Premium | Weather & Dielectric (Black) — In Stock
Premium: Ready-to-Ship 10K+ Die-Cut Blanks (MOQ: 100-unit pack) for EV battery cell cushion substrates.
Download the full technical and compliance package for EPDM Rubber Die-Cut Blanks (FDA, RoHS, REACH, and TDS included):
[ Technical Data Sheet (PDF) ] [ Global Regulatory Compliance ] [ Certificate of Origin ]
Silicone Die-Cut Blank 0.2 mm | Advanced Low Z-Height Micro-Blanks
0.20±0.03 mm Thickness | 50 Shore A | 21 kN/m Tear | 8 MPa Tensile | -40°C to +200°C / +250°C (High-Temp)
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.20±0.03 mm
❖ In-House Factory Converting Standard
Silicone Die-Cut Blank 0.2 mm Standard | FDA Grade (Clear) — R&D Pipeline for 2027
Status: Engineering Samples Available Upon Request (Advanced Micro-Electronics Testing).
Silicone Die-Cut Blank 0.2 mm Medical | Medical Grade (Clear) — R&D Pipeline for 2027
Silicone Die-Cut Blank 0.2 mm High-Temp | High-Temp Grade (Dark Red) — R&D Pipeline for 2027
High-Temp: Engineered for next-gen ultra-thin wearable medical sensors and localized electronics insulation.
NBR Die-Cut Blank 0.2 mm | Next-Gen Micro-Fuel & Oil Resistant Die-Cut Blanks
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.20±0.03 mm
❖ In-House Factory Converting Standard
NBR Die-Cut Blank 0.2 mm Premium | High-Acrylonitrile (Black) — R&D Pipeline for 2027
Status: Designed for advanced micro-fuel metering diaphragms and sub-miniature aerospace UAV sensors.
EPDM Die-Cut Blank 0.2 mm | Next-Gen Ultra-Thin Weather & Dielectric Die-Cut Blanks
Dimensions: Width 100 mm — Length 100 mm — Thickness 0.20±0.03 mm
❖ In-House Factory Converting Standard
EPDM Die-Cut Blank 0.2 mm Premium | Weather & Dielectric (Black) — R&D Pipeline for 2027
Status: Engineered for ultra-low profile 5G/6G base station enclosures and EV battery cell micro-cushion substrates.
Technical support: 📬 [email protected] • ⚡ 24H Technical Response
Disrupting the Converting Industry Standard
In high-speed industrial die-cutting and digital laser fabrication, thickness inconsistency is the ultimate enemy. A slight deviation causes focal blur on CO2 lasers, ruins vacuum-bed holding, and leads to expensive component rejects.
At Vina Rubber, we have eliminated this pain point. By leveraging our in-house rubber compounding and specialized pressure-molding metallurgy, we deliver Die-Cut Blanks that outperform standard ISO 3302-1 M1 requirements. Every blank is flat, stable, and ready to run.
Core Technical Highlights
±0.03 mm Precision Caliber: An uncompromised thickness tolerance maintained strictly across all material grades (0.3 mm and 0.5 mm), providing a flat substrate that guarantees burr-free cuts.
Anti-Stiction Surface Texture: Features a proprietary micro-matte finish. This eliminates material sticking, prevents vacuum-bed blistering, and ensures seamless automated feeding.
100% Production-Grade Purity: Zero outgassing, zero uncured volatiles. Certified compounding directly backed by factory-stamped technical documentation and compliance reports.
Notice to International Procurement & Materials Engineers:
To deliver our industry-disrupting 0.20 mm, 0.30 mm, and 0.50 mm ultra-thin profiles coupled with a strict ±0.03 mm (±30 μm) thickness tolerance—a global precision benchmark that challenges the physical limits of high-pressure elastomeric vulcanization—Vina Rubber strictly enforces an absolute geometric boundary across all material matrices (Silicone, NBR, EPDM).
This ultra-high precision caliber is engineered and available exclusively within our standardized 100 mm x 100 mm preformed modular format, manufactured solely via High-Precision Transfer Molding executed within a fully controlled High-Vacuum Environment (High-Vacuum Transfer Molding).
By confining the cross-sectional molding area to this strict geometric matrix and leveraging vacuum-evacuated cavity parameters, we completely eliminate the micro-voids, trapped air blisters, thermal stress, material sagging, and thickness deviations inherent in commercial continuous rolls or large-format industrial sheeting.
Vina Rubber is globally recognized as the only specialized manufacturing hub capable of maintaining this rigid tolerance class under clean-room production protocols. Continuous rolls, calendered mass stock, or over-sized configurations are intentionally excluded from this precision segment to ensure zero-defect downstream fabrication, preventing material shrinkage or thermal edge-curl for your high-speed laser and automated die-cutting lines.
