"temperature humidity control chamber"
適正な環境シミュレーションのための手頃な価格のコンクリート室 50Hz / 60Hz
Affordable Agree Chamber for Accurate Environmental Simulations Product Specifications Attribute Value Certifications CE, ISO 9001:2008 Power Source 380V AC 50/60Hz Internal Material Stainless steel (SUS304) Inner Chamber 1000*1000*1000 Temperature cooling rate 0.8~1.5°C/Min Frequency Range 3-2000Hz Controller Standard: South Korea TEMI-1500 Usage Environmental testing Fan Centrifugal blower Internal Dimensions Customizable Chamber Material Stainless steel Product Description
環境高温試験室 AC380V 50Hz カスタマイズ
High Temperature Testing Room A high-temperature test room, also known as a temperature chamber or environmental chamber, is a specialized enclosure used to test how products or materials react to high temperatures. These chambers are designed to create controlled, extreme heat conditions to evaluate product reliability and performance under stress. Product Overview What It Is: A temperature-controlled enclosure that simulates and maintains specific high temperatures
大規模精密ウォークイン環境試験チャンバーは複数のサンプルに対応
Walk-in Environmental Test Chamber Ideal for Testing Large Items and Accommodating Multiple Samples Walk-in environmental test chambers are large-scale testing solutions that enable users to evaluate large products or multiple test samples under precisely controlled conditions. These chambers simulate specific environmental parameters such as temperature and humidity to assess product performance in real-world scenarios. Structure and Operation Our walk-in chambers feature an
最先端のAGREE試験チャンバー 環境試験向けカスタマイズ可能
State-of-the-Art Agree Chamber for Efficient Environmental Testing Product Specifications Attribute Value Certifications CE, ISO 9001:2008 Power Source 380V AC 50/60Hz Internal Material Stainless steel (SUS304) Inner Chamber 1000*1000*1000 Temperature cooling rate 0.8~1.5°C/Min Frequency Range 3-2000Hz Controller Standard: South Korea TEMI-1500 Usage Environmental testing Fan Centrifugal blower Internal Dimensions Customizable Chamber Material Stainless steel Product
安定性試験および保管用の堅牢な環境ウォークインおよびドライブインチャンバー
Modular Penalized Solid Environmental Walk-In and Drive-In Chambers Our walk-in temperature and humidity testing chambers provide highly precise and reproducible conditions for climatic and temperature testing across multiple industries. Common Applications Environmental testing Electronics, automotive, aerospace Building materials, military equipment Materials research and quality control Production facilities Key Features Advanced climate control technology Aerodynamically
エレクトロニクス 環境ストレスのスクリーニング室 急速温度のサイクリング室
Environmental Stress Screen Test Rapid Temperature Cycling Chamber for Electronic Components Product Overview The Fast Temperature Change Chamber (also known as a Rapid Temperature Cycling Chamber or Thermal Cycling Chamber) is an environmental test chamber designed to subject products or components to rapid and extreme temperature changes, simulating real-world environmental stress conditions. Key Specifications Chamber Size: 1000mm × 1000mm × 1000mm Temperature Range: -70°C
耐久性 工業用 試験室 環境試験
High-Quality AGREE Chamber for Industrial Use | Durable & Reliable Product Specifications Attribute Value Certifications CE, ISO 9001:2008 Power Source 380V AC 50/60Hz Internal Material Stainless steel (SUS304) Inner Chamber 1000*1000*1000 Temperature cooling rate 0.8~1.5°C/Min Frequency Range 3-2000Hz Controller Standard: South Korea TEMI-1500 Usage Environmental testing Fan Centrifugal blower Internal Dimensions Customizable Chamber Material Stainless steel Product
過酷な条件下で正確な結果を得るための、信頼性の高い合意チャンバーマシン
Dependable AGREE Chamber for Accurate Results in Harsh Conditions Product Specifications Attribute Value Certifications CE, ISO 9001:2008 Power Source 380V AC 50/60Hz Internal Material Stainless steel (SUS304) Inner Chamber 1000*1000*1000 Temperature cooling rate 0.8~1.5°C/Min Frequency Range 3-2000Hz Controller Standard: South Korea TEMI-1500 Usage Environmental testing Fan Centrifugal blower Internal Dimensions Customizable Chamber Material Stainless steel About AGREE
紫外線赤外線 ゼノンランプ 試験室 自動車航空宇宙および建設用
Xeron Test Chamber A xenon test chamber is a specialized apparatus used to simulate the effects of sunlight and other environmental conditions on materials. It uses xenon arc lamps to reproduce the full spectrum of sunlight, including ultraviolet (UV) and infrared radiation, to accelerate material degradation and assess their durability. These chambers are crucial for industries like automotive, plastics, and textiles, helping to evaluate how materials will perform over time
工業用 高温老化室 材料 自動車部品
High Temperature Aging Chamber A high-temperature aging chamber is specialized equipment designed to simulate and evaluate the effects of elevated temperatures on materials, products, or components. These precision chambers create controlled high-temperature environments to test durability and reliability under specific thermal conditions, serving industries including electronics, automotive, aerospace, and pharmaceuticals. Key Features and Applications Purpose: Evaluates
紫外線UVクセロン試験室 標準ISO 4892-1 ISO 12040
Xeron Test Chamber A xenon test chamber is a specialized apparatus used to simulate the effects of sunlight and other environmental conditions on materials. It uses xenon arc lamps to reproduce the full spectrum of sunlight, including ultraviolet (UV) and infrared radiation, to accelerate material degradation and assess their durability. These chambers are crucial for industries like automotive, plastics, and textiles, helping to evaluate how materials will perform over time
自動車プラスチックおよびテキスタイル用環境シミュレーションゼノン試験チャンバー
Xeron Test Chamber A xenon test chamber is a specialized apparatus used to simulate the effects of sunlight and other environmental conditions on materials. It uses xenon arc lamps to reproduce the full spectrum of sunlight, including ultraviolet (UV) and infrared radiation, to accelerate material degradation and assess their durability. These chambers are crucial for industries like automotive, plastics, and textiles, helping to evaluate how materials will perform over time
