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Tipo de comprador: Fabricantes OEM de refrigeradores comerciais
Aplicação: Refrigeradores verticais, expositores de bebidas
Configuração: Vidro temperado de painel duplo, preenchido com gás argônio, caixilho de alumínio
Dados para cotação: Dimensões da porta, cor do caixilho, preferência de puxador, quantidade
Tipo de comprador: Fabricantes OEM, empresas de projetos de refrigeração para supermercados
Aplicação: Congeladores comerciais, expositores de baixa temperatura
Configuração: Vidro temperado de painel triplo, vidro/caixilho aquecido, revestimento Low-E
Dados para cotação: Temperatura de operação, requisitos de tensão/potência, dimensões exatas
Tipo de comprador: Empreiteiros de câmaras frigoríficas, empresas de projetos de supermercados
Aplicação: Câmaras frigoríficas walk-in de refrigeração e congelação de supermercados
Configuração: Caixilhos contínuos de várias portas, dobradiças de alta resistência, iluminação LED
Dados para cotação: Dimensões aproximadas do vão, número de portas por caixilho, faixa de temperatura
Tipo de comprador: Compradores de portas de reposição, distribuidores de peças de refrigeração
Aplicação: Modernização de refrigeradores e congeladores comerciais existentes
Configuração: Dimensionamento universal ou dimensões personalizadas, ferragens compatíveis
Dados para cotação: Dimensões do equipamento original, orientação da dobradiça, foto da porta existente
Tipo de comprador: Fabricantes OEM que processam seus próprios caixilhos
Aplicação: Componentes brutos para portas de refrigeração comercial
Configuração: Painel duplo/triplo, temperado, Low-E, preenchido com argônio, tipo de espaçador
Dados para cotação: Dimensões do vidro, requisitos de espessura, especificações de revestimento
Tipo de comprador: Fabricantes OEM
Aplicação: Estruturas de porta personalizadas sem vidro ou aplicações especializadas
Configuração: Alumínio extrudado, acabamento anodizado ou com pintura a pó
Dados para cotação: Desenhos técnicos do perfil, cor de acabamento, recortes para ferragens
Tipo de comprador: Distribuidores de peças de refrigeração, compradores de portas de reposição
Aplicação: Manutenção, reparo ou montagem de portas sob medida
Configuração: Dobradiças por gravidade, puxadores de comprimento total, gaxetas magnéticas
Dados para cotação: Números de peça, desenhos técnicos dimensionais ou correspondência de amostra
Compradores diferentes podem exigir diferentes configurações de porta, documentação e métodos de fornecimento. Selecione o cenário de compra mais relevante antes de enviar uma cotação.
Conjuntos de porta personalizados, desenvolvimento baseado em desenho técnico, fornecimento estável por lote e consistência de produção de longo prazo.
Cotação com desenhos técnicos, estrutura do gabinete e plano de produção pretendido
Correspondência de tamanho, posição da dobradiça, perfil da gaxeta, tipo de puxador, tensão e requisito de aquecimento.
Útil ao corresponder a um vão de gabinete existente ou a uma amostra de porta de reposição
Portas para câmaras frigoríficas walk-in, projetos de refrigeração para supermercados, embalagem adequada à instalação e documentação de embarque.
Adequado para portas de câmaras walk-in, coordenação em obra e planejamento de embarque de exportação
Use estas páginas quando precisar comparar estruturas de portas de refrigeração e congelação, preparar uma cotação baseada em desenho técnico ou avaliar projetos OEM e de reposição.
Para fabricantes de gabinetes que solicitam confirmação de desenho técnico, aprovação de amostra e fornecimento de produção por lote.
Para compradores de modernização e reposição que correspondem tamanho de vão, disposição de dobradiça, puxador e perfil de gaxeta.
Compare a seleção de unidade de vidro isolante (IGU) de painel duplo e triplo conforme a faixa de temperatura e o risco de condensação.
Veja quando vidro aquecido e aquecimento de caixilho são necessários para aplicações de baixa temperatura.
Use a lista de verificação de cotação para tamanho de porta, tensão, quantidade, status do desenho técnico e planejamento de entrega.
The baseline reach-in glass door: a classic aluminum-alloy heated frame with heated tempered Low-E glass and argon fill, in a 2-pane cooler or 3-pane freezer build. A proven, widely used profile for upright display coolers and OEM cabinets, offered in classic black or silver frame finishes.
Square-corner version of the classic aluminum reach-in door, with the same heated tempered Low-E + argon glass (2-pane cooler / 3-pane freezer) and aluminum heated frame. The square-corner geometry suits cabinets and line-ups that want a crisp, modern rectilinear look.
Narrow-frame variant of the square-corner aluminum door: a slimmer aluminum profile that maximizes glass viewing area for stronger product display, while keeping the heated tempered Low-E + argon build. Offered with more external and recessed handle choices.
Ultra-slim aluminum-alloy frame reach-in door built around a new hinge system and aluminum spacer, with heated 2-pane (cooler) / 3-pane (freezer) Low-E glass and a slim handle. The minimal frame width gives a near-frameless display while keeping a rigid heated aluminum structure.
Sliding glass door system for cabinets where swing clearance is limited. It runs on a durable sliding track with a soft-close mechanism, heated glass and frame, and Low-E insulated glass for anti-condensation, energy-saving performance in an ultra-narrow frame.
Frameless full-view door that removes the visible frame for an uninterrupted glass display face, with heated 2-pane (cooler) / 3-pane (freezer) Low-E glass, aluminum spacer and anti-fog / anti-condensation performance. A strong magnetic gasket and self-close keep insulation tight despite the minimal framing.
Frameless transparent door built for maximum visibility: a 2-pane tempered build with 4mm Low-E coated outer glass, clear tempered inner glass and a transparent acrylic spacer, so even the edge stays see-through. Optional heating can be added where condensation control is needed.
Frameless transparent door in the same high-visibility 2-pane build as RI-FR-TR-01 but with a transparent PVC spacer — a cost-considered alternative that keeps the clear see-through edge. 4mm Low-E coated outer glass with clear tempered inner glass; heating optional.
Rounded-corner display door with an integrated recessed handle and chasing LED lighting that draws the eye along the door edge. Heated 2-pane (cooler) / 3-pane (freezer) glass with a strong magnetic gasket and self-close, in an energy-saving build.
Rounded-corner display door with a surface-mounted LED strip offering multi-color lighting for brand and promotional display. Same heated 2-/3-pane build, recessed handle, magnetic gasket and self-close as RI-RC-01, with the LED treatment as the key difference.
Advertising glass door designed to carry a luminous logo and high-temperature silk-screened branding on an aluminum-alloy frame, optimized for both coolers and freezers. It turns the door face into a backlit brand surface while keeping self-close operation.
Premium titanium-alloy frame door with 45-degree precision mitered corners and double-pane tempered insulated glass, finished with automatic self-closing gravity hinges. Aimed at high-end retail and brand display where frame finish and corner quality matter.
Professional-grade stainless steel frame door with a fine brushed finish, rigid 90-degree mitered corners and a vertical stainless handle, on tempered insulated glass with argon. The corrosion-resistant, easy-to-clean stainless build suits commercial kitchens and high-hygiene environments.
Impact-resistant PVC-profile frame door with double or triple tempered glass and anti-fog Low-E coating, using heavy-duty gravity hinges and automatic self-close. A cost-effective, durable profile that takes custom frame colors and textures and supports lockable security options.
Curved tempered-glass display door with anti-fog heating technology, Low-E coating and an electric heating wire on an aluminum-alloy profile, running on a horizontal slide. Built for serve-over and specialty display such as ice-cream cases and meat serve-over counters.
Sliding-lid glass top for island and chest freezers, using 4mm Low-E tempered glass on food-grade non-toxic PVC profiles with a smooth sliding mechanism and energy-saving thermal insulation. Configurable with curved or flat glass and integrated lock options.
Cake and bakery display glazing with ultra-clear tempered glass, a rear sliding door system on smooth rollers and hidden aluminum tracks, Low-E coating and silk-screen printed borders, plus electric heating for glass and frame to keep the display fog-free.
Walk-in cold room system built from PU or PIR high-density insulation panels (50–200 mm) with tongue-and-groove easy-mount joints, electric heated anti-fog glass doors and heavy-duty modular display shelving, sized to custom walk-in dimensions. A complete display cold room rather than a single door.
Cold room viewing window with double tempered glass and argon (cooler) or triple tempered glass (freezer) and heated-glass technology in an aluminum-alloy frame. A telescopic design adjusts to wall thickness, making it suited to retrofits and varying panel depths.
Insulated glass unit (IGU) for refrigeration doors: 4mm high-performance tempered glass in single or double hollow-cavity structures, argon filled with 3A molecular-sieve desiccant and aluminum, PVC or acrylic spacer options. Supports electric heated busbar or electrode and custom Low-E coating and silk-screen logos — component glass for door makers.
Custom tempered glass panels, flat or curved, with precision edging, drilling and corner rounding and high-durability silk-screen printing. Made to tailored irregular shapes and specifications with enhanced thermal and mechanical strength — component glass for cabinet and door builders.
High-precision tempered curved glass for curved display equipment, with superior optical clarity, an anti-scratch easy-clean surface and customizable radius and dimensions. Used in ice-cream display, meat counters and food islands.
Cake-cabinet glazing in ultra-clear Low-E tempered glass with aesthetic silk-screened black or silver borders and electric heated anti-fog technology, for high-efficiency, fog-free bakery display.
Replacement magnetic gasket kit in high-grade eco-friendly PVC or TPE, giving an airtight, thermally sealing closure with a snap-in design for tool-free installation and durability under extreme low temperatures. A spare / retrofit part for cooler and freezer doors.
Gravity-assisted self-closing hinges with an integrated 90-degree hold-open function, high load-bearing wear resistance and smooth, silent operation. For vertical display cooler doors, swing-out beverage cooler doors and modular cold-storage cabinet assembly.
Door handle range covering integrated external full-length handles (standard and square-edged styles), external short handles and recessed handles, so a door can be matched to cabinet ergonomics and styling.
Wire shelving system in low-carbon steel wire with a high-stability upright structure, corrosion-resistant powder coating and adjustable shelf heights, with a universal fit for coolers and freezers. Supports price-tag rails, dividers and OEM/ODM dimension tailoring.
products.docsNote
To provide an accurate quote, we need the exact door dimensions, operating temperature, glass configuration (e.g., double or triple pane), heating requirements (voltage), hardware preferences (hinge/handle), and order quantity. Please refer to our RFQ form.
Cooler doors typically use double-pane insulated glass and are designed for temperatures above 0°C. Freezer heated glass doors use triple-pane glass with anti-condensation heater wires to operate effectively in sub-zero environments.
Yes. As a factory-backed supplier, we specialize in partnering with OEM commercial refrigerator manufacturers. We can customize dimensions, frame colors, and hardware to match your exact specifications. View our Factory capabilities.
Yes, our replacement refrigeration glass doors can be manufactured to match existing cabinet openings. We recommend providing precise measurements or drawings. We maintain strict Quality control to ensure a perfect fit.
Confirm the ambient humidity of the installation site, the target internal temperature, and the local voltage standards. This ensures we calibrate the heater wire wattage correctly to prevent condensation without excess energy consumption.