Application Scenarios: Conveyance of green bodies/components in continuous sintering furnaces and high-temperature kilns (e.g., ceramic substrates, metallurgical powder compacts).

Technical Adaptability: Stable long-term operation at 300℃, with tensile strength retention above 90% (tested by Jinan Huize Products), preventing delamination and cracking common in traditional belts. Its transparency enables real-time observation of material sintering. Combined with precision transmission design, positioning error ≤±0.5mm, meeting the requirements of continuous operation in automated production lines.

Case Value: After application in Jiangsu Yongsheng Fluoroplastic New Materials production line, failure rate decreased by 42%, maintenance frequency reduced by 70%, and service life extended to 18 months (traditional belts: only 3 months).

Application Scenarios: Cooling and conveyance of high-temperature castings, precision handling of metal parts after quenching (e.g., automotive engine blocks, aerospace alloy components).

Technical Adaptability: Silicone material is acid- and alkali-resistant, wear-resistant to metal chips, with a smooth non-stick surface. Cold-pressed splicing (joint strength reaches 92% of base material) avoids conveyance deviation caused by thermal bonding deformation. Transparency facilitates inspection of casting surface defects without shutdown sampling.

Application Scenarios: High-temperature curing conveyance for chip packaging, precision handling of wafers after coating, reflow soldering processes for electronic components.

Technical Adaptability: No harmful substances released at 300℃, complying with cleanroom standards for electronics. Transparency does not block optical inspection equipment. With high-density woven reinforcement, transmission accuracy reaches 0.1mm/m, meeting damage-free conveyance requirements for micro components (can replace traditional fluororubber belts, with 30% improved elastic recovery).

Application Scenarios: Bread baking in tunnel ovens, conveyance of confectionery after sugar cooking and forming, chocolate coating cooling lines.

Technical Adaptability: Food-grade FDA certified, no odor emission at 300℃, non-stick surface easy to clean (reducing syrup/chocolate residue). Transparency allows real-time monitoring of baking to prevent overheating. Customizable width from 200–1200mm adapts to various capacity equipment.

Case Value: In a confectionery factory using Guangzhou Qingchuan products, material loss rate decreased by 15%, manual cleaning cost reduced by 40%, supporting the full process of sugar cooking, forming and cooling.

Application Scenarios: Cooling of meat products after high-temperature steaming, pre-treatment conveyance of fruits and vegetables before freeze-drying.

Technical Adaptability: Resistant to steam and high-temperature oil immersion. Transparency facilitates observation of food color changes. Non-porous silicone material prevents bacterial growth, meeting food hygiene requirements (replacing traditional canvas belts, reducing hygiene compliance risks by 80%).

Application Scenarios: Handling of surgical instruments after dry-heat sterilization (180–300℃), high-temperature forming conveyance of disposable medical supplies.

Technical Adaptability: No dust emission, resistant to sterilant corrosion (e.g., hydrogen peroxide vapor). Transparency helps verify instrument integrity. Precision transmission avoids collision damage (positioning accuracy ≤±0.3mm), supporting connection between transfer windows and sterilization furnaces.

Application Scenarios: High-temperature drying of pharmaceutical granules, conveyance of concentrated traditional Chinese medicine extracts, high-temperature inactivation in vaccine production.

Technical Adaptability: Excellent chemical stability at 300℃ without reacting with drug ingredients. Transparency facilitates monitoring of material fluidity (e.g., syrupy extracts). Supports customization including perforation and guide strips to meet sealing and flow guidance requirements of different equipment.

Application Scenarios: Auxiliary signal transmission and drilling fluid circulation conveyance in 300℃ high-temperature drilling systems.

Technical Adaptability: High-pressure resistant (up to 34MPa with equipment), corrosion-resistant to drilling fluids. Transparency allows observation of internal fluid conditions. Flexible silicone adapts to narrow downhole spaces (referencing high-temperature adaptation logic of Baker Hughes 300℃ directional drilling systems).

Application Scenarios: Sample conveyance in high-temperature material testing furnaces, precision transmission devices simulating extreme environments.

Technical Adaptability: Long-term resistance to 300℃ aging (no deformation after 120 consecutive hours). Transparency supports optical testing. Ultra-thin versions (3.5mm thickness) or special textured surfaces can be customized for personalized research equipment needs.