Dalam penerapan rak pengering, the UV aging test box can be used to simulate the long-term exposure of drying racks to UV radiation in outdoor environments and evaluate their weather resistance and durability.

Meet industry standards
ISO 4892-2: ISO 4892-2 standar, published by the International Organization for Standardization (ISO), covers methods for weatherability testing of plastic materials using ultraviolet light and can be applied to plastic parts in clothes hangers.

Kasus aplikasi tertentu:

Penilaian kemampuan cuaca: Drying racks are usually exposed to outdoor environments and are affected by ultraviolet light, suhu tinggi, humidity and other factors. Penggunaan ruang uji penuaan UV dapat mensimulasikan kondisi eksternal ini, through a long time of UV irradiation and high temperature wet heat cycle and other tests, to evaluate the drying rack in different climatic conditions of the weather resistance and anti-aging performance.

Color stability assessment: Color stability of drying racks is an important indicator, especially for drying racks made of colored plastics. Ultraviolet aging test box can simulate ultraviolet light irradiation, test the color change of drying rack, evaluate its color stability and anti-fading performance.

Penerapan kotak uji penuaan UV di rak pengeringan

Mechanical properties test: UV aging test box can also be used to test the mechanical properties of clothes hanger, such as carrying capacity, wind resistance and so on. By performing mechanical property tests under UV light, it is possible to evaluate the mechanical stability and durability of the drying rack under long-term UV radiation.

Performing the above tests through the UV aging test chamber can help manufacturers and designers evaluate key indicators such as weather resistance, color stability, and mechanical properties of drying rack materials, thereby optimizing product design and material selection to improve the quality and durability of drying racks.

Penerapan kotak uji penuaan UV di rak pengeringan

Metode tes
When using UV aging test chamber for drying rack test, the following steps can be carried out:

Sample Preparation: Prepare a certain number and size of drying rack samples to ensure that they represent the material and design to be tested.

Tetapkan parameter pengujian: sesuai dengan persyaratan dan standar pengujian, mengatur parameter ruang uji penuaan UV, termasuk intensitas radiasi sumber sinar UV, suhu, kelembaban dan waktu pengujian. Parameter ini disesuaikan dengan kriteria pengujian spesifik dan hasil pengujian yang diperlukan.

Install the samples: Install the clothes rack samples in the test chamber, ensuring that they are in the proper position and posture. During installation, attention should be paid to avoid occlusion and mutual influence between samples.

Mulai tesnya: mulai ruang uji penuaan UV dan biarkan sumber cahaya UV menerangi sampel. Pada saat yang sama, suhu dan kelembaban di ruang uji dikontrol untuk mensimulasikan kondisi lingkungan sebenarnya. Atur waktu tes yang diperlukan sesuai dengan persyaratan tes.

Pemantauan dan pencatatan: Changes in the clothes rack samples were monitored and recorded regularly during the testing. This can include changes in color, observation of surface quality, measurement of bending or tortuous properties, dll.. Peralatan uji profesional dan alat pengukuran dapat digunakan untuk pencatatan data yang akurat.

Penerapan kotak uji penuaan UV di rak pengeringan

Analisis dan evaluasi: Berdasarkan hasil tes, the performance of the drying rack samples was analyzed and evaluated. Bandingkan data sebelum dan sesudah pengujian untuk mengamati tren perubahan dan tingkat penurunan kinerja. Sesuai dengan tujuan tesnya, judge whether the weather resistance, color stability and mechanical properties of the sample meet the requirements.

Laporan hasil: Laporan pengujian dihasilkan berdasarkan hasil pengujian, menjelaskan secara rinci proses pengujian, metodologi dan parameter yang digunakan, dan analisis serta evaluasi hasil tes. Laporan dapat menyertakan gambar, grafik, dan tabel data untuk menampilkan hasil tes secara visual.

Metode dan prosedur pengujian spesifik dapat bervariasi sesuai dengan standar yang berbeda, persyaratan dan perlengkapan. Karena itu, sebelum melakukan tes, standar pengujian dan manual pengoperasian yang relevan harus dipelajari dengan cermat, dan operasi harus dilakukan sesuai kebutuhan. Selain itu, untuk memastikan keakuratan dan keandalan hasil pengujian, pemilihan sampel yang masuk akal, pemasangan sampel dan pengendalian kondisi pengujian juga sangat penting.