الطابق 1، رقم 3، شارع شوغانغ، بلدة هونغمي، مدينة دونغقوان، مقاطعة قوانغدونغ، الصين

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حجرة اختبار شيخوخة الأقمشة بالأشعة فوق البنفسجية

The DERUI DR-302 exposes fabrics and coated textiles to programmable UVA light, heat, condensation and water spray for accelerated evaluation of fading, strength retention and weathering durability.

الموديل DR-302
UV Source 8 × 40 W UVA fluorescent lamps
Exposure Phases UV, condensation and water spray
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits 24 large or 48 small textile specimens
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Textile UV & Moisture Durability

DR-302 Fabric UV Aging Test Chamber

Expose textile fabrics, coated fabrics, synthetic leather and related nonmetallic materials to programmable fluorescent UVA light, heat, condensation and water spray. The chamber helps laboratories compare color change, strength retention, surface deterioration and weathering durability after controlled accelerated exposure.

Model DR-302
8 × 40 W UVA lamps
UV / condensation / spray cycles
Up to 48 textile specimens

What This Fabric UV Chamber Measures

Fluorescent UV exposure is an accelerated conditioning step. After exposure, textile properties are measured using the applicable evaluation method. The chamber does not directly calculate every durability result.

1

Color and Appearance

Compare fading, yellowing, shade change, chalking, cracking or coating deterioration before and after exposure.

2

Mechanical Retention

Measure tensile, tear, abrasion or adhesion retention with separate instruments after the programmed weathering cycle.

3

Moisture Durability

Use condensation and optional water spray to evaluate how repeated UV and moisture affect coated or outdoor textiles.

UPF is a different measurement: ASTM D6544, AATCC TM183, ASTM D6603 and EN 13758 address UV transmission, preparation, labeling or classification of UV-protective textiles. A spectrophotometer or UV-transmittance instrument is normally required to calculate UPF. The DR-302 can age the fabric before that measurement, but it does not replace the UPF instrument.

DR-302 Published Specifications

الموديل DR-302 (the old body content also says DR-H302; confirm the equipment nameplate)
External dimensions 1300 × 500 × 1460 mm
مادة الحجرة باب الفولاذ المقاوم للصدأ SUS304
نطاق درجة الحرارة Ambient to +70°C
تقلب درجة الحرارة ±2°C
تحكم درجة الحرارة PID / SSR control
Condensation humidity condition Published as ≥95%RH
المتحكم Programmable LCD touchscreen
وضع التحكم Balance temperature-humidity control (BTHC)
Programmable phases UV exposure, condensation and water-spray cycles
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Controller, Construction and Safety

Control and Records

  • Fixed-value and programmable operation
  • Touchscreen cycle editing and status display
  • Program time and segment information
  • Optional SD/USB export, computer connection or recording
  • Lamp replacement alarm

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  • Door interlock that switches off lamps when opened
  • Overtemperature protection
  • Low-water protection
  • Leakage, short-circuit and overcurrent protection
  • Controller power-failure memory

The inner chamber and wet-area components use corrosion-resistant materials. Specimen holders are adjustable for quick loading while maintaining the published 50 ±2 mm lamp distance.

How to Build a Useful Fabric UV Test

1

Define the Failure Mode

Decide whether the goal is color change, strength loss, coating cracking, adhesion loss, water repellency or UPF retention.

2

Select the Cycle

Specify lamp type, irradiance, black-panel/chamber temperature, exposure duration, condensation and spray phases.

3

Measure Before and After

Condition specimens consistently and use the correct color, tensile, tear, microscopy, adhesion or UV-transmission method.

Information Needed Before Quotation

Material and Method

  1. Fabric or coating composition
  2. Specimen dimensions and thickness
  3. Applicable standard and cycle
  4. Required UVA lamp type
  5. Properties evaluated after exposure

Equipment Requirements

  1. Irradiance monitoring and calibration
  2. Condensation and spray phases
  3. Specimen capacity and holders
  4. Data export and controller language
  5. Voltage, water quality and installation environment

الأسئلة المتكررة

What does a fabric UV aging chamber evaluate?

It conditions textiles under fluorescent UV, heat and moisture. Separate instruments then measure changes such as fading, yellowing, strength loss, cracking, adhesion or water-repellency loss.

Can this chamber measure UPF directly?

No. UPF requires spectral UV-transmittance measurements and the applicable calculation method. The chamber can age the textile before measuring whether UPF has changed.

What lamp type does the DR-302 use?

The live page specifies eight 40 W Atlas UVA lamps covering a published 315–400 nm range. Confirm the exact lamp designation, such as UVA-340, on the quotation.

Can UVB lamps be installed?

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فيسبوكلينكدإنXريديتواتساب

عنصر

المواصفة

الأبعاد الخارجية

1300W×500D×1460H ملم

مادة الحجرة

ستانلس ستيل SUS#304

نطاق درجة الحرارة

درجة الحرارة ~70℃

تقلب درجة الحرارة

±2℃

تحكم درجة الحرارة

تحكم PID و SSR

نطاق الرطوبة:

≥95%RH

المتحكم

متحكم قابل للبرمجة، شاشة لمس LCD

وضع التحكم

تحكم توازن درجة الحرارة والرطوبة (BTHC)

إعداد دورة الاختبار

دورة اختبار التعرض، التكاثف، ورش الماء قابلة للبرمجة

طاقة المصباح

40W/قطعة

المسافة من العينة إلى المصباح

50±2مم

المسافة بين مركز المصباح

70مم

الإشعاع

0.45~0.8W/m2 (اختياري)

مصابيح الأشعة فوق البنفسجية

Atlas UV-A المستوردة: 315-400 نانومتر (8 قطع، عمر افتراضي 1600 ساعة)

حجم العينة القياسية

75×290مم (24 قطعة) أو 75×150مم (48 قطعة)، الحد الأقصى للسماكة 5مم

وقت الاختبار

0~999 ساعة، قابل للتعديل

نظام الحماية

حماية من الحمل الزائد والقصير الدائرة
حماية من ارتفاع درجة الحرارة
حماية من نقص الماء
حماية من تسرب الأرضي
حماية الإيقاف التلقائي

1، ما هو حجرة اختبار شيخوخة الأقمشة بالأشعة فوق البنفسجية؟
حجرة اختبار شيخوخة الأقمشة بالأشعة فوق البنفسجية مصممة لمحاكاة التعرض للأشعة فوق البنفسجية لتقييم متانة وطول عمر الأقمشة.

2، كيف تعمل حجرة اختبار شيخوخة الأقمشة بالأشعة فوق البنفسجية؟
يستخدم أضواء الأشعة فوق البنفسجية لمحاكاة التعرض لأشعة الشمس مع التحكم في درجة الحرارة والرطوبة، وتحليل تدهور النسيج.

3、ما هي أنواع الأقمشة التي يمكن اختبارها؟
يمكنه اختبار جميع أنواع الأقمشة، بما في ذلك المنسوجات الخارجية، وأقمشة التنجيد، ومواد الملابس.

4、لماذا اختبار الأشعة فوق البنفسجية مهم للأقمشة؟
يساعد اختبار الأشعة فوق البنفسجية في تحديد مدى جودة أداء الأقمشة بمرور الوقت عند تعرضها لأشعة الشمس، مما يعزز عمر المنتج.

5、هل يمكن تخصيص الغرفة؟
نعم، تسمح غرفة اختبار تقادم الأقمشة بالأشعة فوق البنفسجية بتخصيص إعدادات الأشعة فوق البنفسجية ونطاقات درجة الحرارة للاختبار المحدد.

6、هل الغرفة سهلة الاستخدام؟
إطلاقا! تتميز غرفتنا بتصميم يركز على المستخدم مع عناصر تحكم سهلة لتشغيل سهل.

7、ما هي ميزات السلامة التي تحتوي عليها؟
تتضمن إيقاف التشغيل التلقائي، والحماية من الحرارة الزائدة، وأقفال سلامة المستخدم لضمان التشغيل الآمن.

8、كيف يتم الإبلاغ عن نتائج الاختبار؟
يتم إنشاء النتائج في تقارير مفصلة، بما في ذلك الرسوم البيانية والمخططات والتحليلات لسهولة التفسير.

9、ما هي الصناعات التي تستفيد من غرفة اختبار تقادم الأقمشة بالأشعة فوق البنفسجية؟
صناعات مثل الأزياء وتصنيع المفروشات وشركات المعدات الخارجية
تستفيد من اختبارات التقادم بالأشعة فوق البنفسجية.

هاتفهاتف

الهاتف المجاني:
155 8032 7593

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