产品名称：暖边条Warm Edge Spacer Bar
品牌：冀安筛网 JI'AN MESH
产品材质：不锈钢、AGR、PVC、玻纤
产品名称：AGR暖边间隔条 AGR Warm Edge Spacer Bar
品牌名称：冀安筛网 JI'AN MESH
产品材质：丙烯酸共聚聚氯乙烯 Ackylic Graft Resin
Product Name产品名称：AGR复合暖边条 Warm Edge Spacer Bar
Material材质：医疗级不锈钢+丙烯酸共聚聚氯乙烯
Manufacturing Process制造工艺：冷热共挤
Width Standard宽度标准：5.5mm-26.5mm
Wall Thickness Range壁厚范围：不锈钢0.21mm，AGR:1.0mm
Thermal Conductivity Coefficient导热系数：≤0.007W/(m·K)
Linear Expansion Coefficient线性膨胀系数：（8-12）×10⁻⁵/℃
Flame Retardancy阻燃性：符合美标UL94VO
Weather Resistance耐候性：符合美标UL746
Toxic Substance Emissions有毒物质挥发：符合瑞标SGS
Tensile Strength拉伸强度：≥30MPa
Temperature Resistance Range耐候性 (温度范围)：-40℃~+80℃
Installation Standard安装标准：可支持冷折弯
Product Name产品名称：PVC复合暖边条Warm Edge Spacer Bar
Material材质：特种不锈钢+PVC
Manufacturing Process制造工艺：冷热共挤
Width Standard宽度标准：5.5mm-26.5mm
Wall Thickness Range壁厚范围：不锈钢0.21mm，PVC:1.0mm
Thermal Conductivity Coefficient导热系数：0.4-0.5W/(m·K)
Linear Expansion Coefficient线性膨胀系数：（10-18）×10⁻⁵/℃
Weather Resistance耐候性：-15℃~+80℃
Installation Standard安装标准：可支持冷折弯
Product Name产品名称：玻纤暖边条 Glass fiber warm edge spacer bar
Material材质：改性PP+增强玻纤
Manufacturing Process制造工艺：冷热共挤
Width Standard宽度标准：5.5mm-26.5mm
Thermal Conductivity Coefficient导热系数：0.125W/(m·K)
Linear Expansion Coefficient线性膨胀系数：（2-3）×10⁻⁵/℃
Weather Resistance耐候性：-40℃~+80℃
Installation Standard安装标准：热折弯
特点：AGR暖边间隔条采用行内最先进的生产设备，成熟的合片工艺，产品实现零热开胶；产品通过了最严格的TUR，罗森海姆等检测;在具备低导热特性的同时还有很高的强度，可以满足不同场合。与铝制间隔条在加工设备上具有良好的通用性。背面齿轮状设计，增加了受力，使得其不易变形，便于折弯、打胶、合片。最大限度地减少玻璃和窗户上的冷凝现象，避免间隔框的腐蚀损伤。能有效降低温度应力，大幅降低玻璃自爆率。
The AGR warm edge spacer bar is manufactured using industry-leading production equipment and a mature lamination process, achieving zero delamination under thermal stress.
The product has passed the most stringent certifications, including TÜV and Rosenheim tests, while combining low thermal conductivity with high structural strength to meet diverse application requirements.
It is fully compatible with standard aluminum spacer processing equipment. The gear-shaped pattern on its backside enhances load-bearing capacity, resists deformation, and facilitates bending, sealing, and assembly.
It minimizes condensation on glass and window surfaces, prevents corrosion damage to the spacer frame, effectively reduces thermal stress, and significantly lowers the risk of glass spontaneous breakage.