HA NOI MOULD TECHNOLOGY Co., Ltd. - Products

HA NOI MOULD TECHNOLOGY supports project-specific DFM review, mold design and build, machining, assembly, and T1/T2/T3 trials for large automotive plastic components such as bumper-related covers, grilles, exterior trim parts, housings, and structural covers. Feasibility is confirmed only after review of the buyer's approved part data, mold dimensions and weight, resin, surface requirements, annual volume, target mold life, validation plan, and available injection-machine and handling data. Large bumper-fascia or Class-A exterior projects require a separate capacity and surface-quality review. Typical project scope:• DFM review of wall thickness, ribs, bosses, clips, mounting and sealing interfaces, parting line, draft, weld-line risk, gating, venting, cooling, ejection, shrinkage, and warpage• Mold design and bill-of-material preparation based on approved 2D/3D data and requested component standards• Gate and hot-runner concept according to part geometry, resin, appearance criteria, cavity requirement, and approved technical scope• Core, cavity, insert, electrode, and mold-component machining using CNC, EDM, wire EDM, grinding, and polishing as applicable• Mold fitting, assembly, cooling and ejection checks, and pre-trial inspection• T1/T2/T3 trials with molded samples, dimensional and surface inspection, and agreed trial reports• Agreed correction loops and support toward production approval Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Part name, installation position, overall dimensions, weight, visible or Class-A surfaces, and assembly interfaces• Resin grade, color, additives, recycled-content target, and applicable UV, weathering, flammability, or compliance requirements• Texture/grain, gloss, polish, coating, painting, decoration, color-match, and permitted-defect criteria• Critical dimensions, gap-and-flush, flatness/warpage limits, surface criteria, and validation plan• Annual and lifetime volume, target mold life, cavity count, target cycle time, and required sample quantity• Injection-machine data including platen and tie-bar spacing, shot volume, clamping force, crane and mold-handling limits• Preferred mold steel, component and hot-runner standards, spare-parts scope, delivery destination, Incoterm, and target T1 date Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports injection mold projects from DFM review and mold design through machining, fitting, assembly, and T1/T2/T3 trials. The manufacturing workflow includes CNC milling, EDM, wire EDM, grinding, polishing, and tool assembly as applicable to the approved mold design. The final manufacturing route, tool configuration, inspection scope, and any project-specific processes are defined after review of the buyer's part data, mold requirements, component standards, and validation plan. Typical project scope:• DFM review covering parting line, draft, wall thickness, ribs, bosses, clips, sealing features, gate, cooling, venting, ejection, shrinkage, and warpage risks• 3D mold design and bill-of-material preparation based on approved 2D/3D data• Core, cavity, insert, electrode, and mold-component machining using CNC, EDM, wire EDM, grinding, and polishing as applicable• Mold fitting, assembly, cooling and ejection checks, and pre-trial inspection• T1/T2/T3 trials with molded samples, dimensional or surface inspection, and trial reports as agreed• Agreed correction loops and support toward production approval Project-specific items:• Mold steel, hardness, heat treatment, and surface-treatment requirements• Requested component and hot-runner standards• Texture, polish, coating, appearance, and permitted-defect criteria• Part size, mold size and weight, cavity count, available injection-machine data, and handling constraints• Critical dimensions, measurement method, capability studies, and validation deliverables Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Resin grade, shrinkage data, color, additives, and compliance requirements• Critical dimensions, fits, sealing or assembly interfaces, and cosmetic surfaces• Annual and lifetime volume, target mold life, cavity requirement, and target cycle time• Preferred mold steel, component standard, hot-runner requirements, and spare-parts scope• Available injection-machine data and required trial or sample quantity• Inspection, validation, packaging, and documentation requirements• Delivery destination, Incoterm, target T1 date, and project schedule Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports DFM review, mold design and build, machining, assembly, and T1/T2/T3 trials for lighting housings, LED covers, bezels, diffusers, mounting frames, and related plastic components. Optical lenses, precision light guides, or high-transparency parts require separate material, optical-surface, polishing, light-distribution, and validation specifications and a project-specific feasibility review. Typical project scope:• DFM review covering wall thickness, ribs, bosses, clips, sealing interfaces, parting line, draft, weld-line risk, gate, venting, cooling, and ejection• Mold design and tool build based on approved 2D/3D data and requested component standards• Review of resin flow, shrinkage, sink-mark, warpage, weld-line, and appearance risks; simulation is included only when agreed in the project scope• Surface, texture, polish, transparency, diffusion, and coating requirements implemented according to approved drawings and acceptance criteria• T1/T2/T3 trials with dimensional and surface inspection• Trial reports, samples, and agreed correction loops Application examples:• LED lamp housings and rear covers• Transparent or translucent covers and diffusers, subject to technical review• Bezels, mounting frames, and structural lighting components• Related parts with clips, inserts, sealing interfaces, welding, bonding, or fastening features Light transmission, haze, color, surface-defect limits, thermal cycling, UV/weathering, flame rating, sealing/IP performance, welding or bonding, photometric performance, and regulatory validation must be specified by the buyer and validated at component or assembly level. Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Part type, assembly position, and visible or optical surfaces• Resin grade, color, transparency or diffusion target, additives, UV/weathering, and flame requirements• Appearance, optical-surface, polish, texture, coating, and permitted-defect criteria• Sealing, gasket, welding/bonding, fastener, insert, and assembly interfaces• Critical dimensions, flatness/warpage limits, and optical, sealing, thermal, and inspection/validation plan• Annual volume, target mold life, cavity requirement, and target cycle time• Injection-machine data, delivery destination, and Incoterm Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports DFM review, mold design and build, machining, assembly, and T1/T2/T3 trials for automotive exterior plastic components such as grille and trim parts, rocker and side claddings, wheel-arch parts, bumper-related covers and brackets, spoiler or garnish components, and related structural or non-optical exterior parts. Large bumper fascia or painted Class-A projects require a project-specific feasibility review based on part size, injection-machine data, mold dimensions and weight, appearance criteria, and handling requirements. Typical project scope:• DFM review covering wall thickness, ribs, bosses, clips, snap-fits, mounting and sealing interfaces, parting line, draft, weld-line risk, gate, venting, cooling, and ejection• Mold design and tool build based on approved 2D/3D data and requested component standards• Review of filling, cooling, shrinkage, sink-mark, warpage, and appearance risks; simulation is included only when agreed in the project scope• Texture, grain, gloss, paint, coating, color, and polishing requirements implemented according to approved drawings and acceptance criteria• T1/T2/T3 trials with dimensional and surface inspection• Trial reports, samples, and agreed correction loops Application examples:• Grille and exterior trim components• Rocker, side-cladding, and wheel-arch parts• Bumper-related covers, brackets, and garnish components• Spoiler trim, exterior housings, and related parts with clips, inserts, or fastening features Appearance, color matching, gloss and texture, gap-and-flush, thermal cycling, UV/weathering, stone-impact, scratch resistance, painting/coating, and vehicle-level validation requirements must be specified by the buyer and validated against the agreed parts or assemblies. Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Part name, assembly position, overall dimensions, weight, and visible/Class-A surfaces• Resin grade, color, additives, UV/weathering, and recycled-content requirements, if applicable• Texture/grain, gloss, polish, coating, painting, or decoration requirements• Clip, insert, welding, bonding, gasket, and assembly interfaces• Critical dimensions, gap-and-flush, flatness/warpage, appearance criteria, and validation plan• Annual volume, target mold life, cavity requirement, and target cycle time• Injection-machine data including platen/tie-bar, shot size and clamping force, delivery destination, and Incoterm Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports DFM review, mold design and build, machining, assembly, and T1/T2/T3 trials for automotive interior trim components such as dashboard panels, console parts, door-trim components, pillar covers, seat-trim parts, and related structural or appearance plastic parts. Typical project scope:• DFM review covering wall thickness, ribs, bosses, clips, snap-fits, mounting interfaces, parting line, draft, weld-line risk, gate, venting, cooling, and ejection• Mold design and tool build based on approved 2D/3D data and requested component standards• Review of filling, cooling, shrinkage, sink-mark, warpage, and appearance risks; simulation is included only when agreed in the project scope• Texture, grain, gloss, color, and polishing requirements implemented according to approved drawings and acceptance criteria• T1/T2/T3 trials with dimensional and surface inspection• Trial reports, samples, and agreed correction loops Application examples:• Dashboard and instrument-panel trim parts• Center-console and door-trim components• A/B/C-pillar covers and seat-trim parts• Related interior components with clips, inserts, decorative interfaces, or fastening features Grain matching, gloss, color, visible sink marks, gap-and-flush, scratch resistance, odor/VOC, flammability, and vehicle-level validation requirements must be specified by the buyer and validated against the agreed parts or assemblies. Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Part name, assembly position, and visible/Class-A surfaces• Resin grade, color, additives, and recycled-content requirement, if applicable• Texture/grain, gloss, polish, coating, painting, or decoration requirements• Clip, insert, welding, bonding, foaming, wrapping, and assembly interfaces• Critical dimensions, gap-and-flush, flatness/warpage, appearance, and validation plan• Annual volume, target mold life, cavity requirement, and target cycle time• Injection-machine data, delivery destination, and Incoterm Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports DFM review, mold design and build, machining, assembly, and T1/T2/T3 trials for plastic gears, pinions, worm gears, toothed wheels, and related transmission components. Feasibility, mold concept, resin behavior, dimensional acceptance, gear performance, and validation depend on approved gear data, material specifications, mating components, molding conditions, and buyer requirements. Typical project scope:• DFM review covering tooth geometry, hub, bore, spokes, ribs, wall thickness, parting line, draft, gate, venting, cooling, and ejection• Mold design and tool build based on approved 2D/3D data and requested component standards• Review of resin shrinkage, glass-fiber or other filler effects, weld-line risk, warpage, and tool-wear considerations• Gate, cooling, cavity, and ejection concept based on gear geometry, material, quantity, and available injection-machine data• Machining, fitting, assembly, and T1/T2/T3 trials• Dimensional inspection, trial samples, reports, and agreed correction loops Application examples:• Spur and helical plastic gears• Pinions and toothed wheels• Worm gears and related drive components• Gears with hubs, bores, inserts, or shaft interfaces Backlash, runout, noise, torque, wear, lubrication, thermal behavior, and service-life criteria must be specified by the buyer and validated with the mating system under the intended operating conditions. Buyer RFQ inputs:• Editable 3D CAD, 2D drawings/GD&T, and gear drawing• Gear type, module or diametral pitch, tooth count, pressure angle, helix angle, face width, and profile shift where applicable• Resin grade, fillers/additives, color, conditioning, and lubrication requirements• Bore, hub, shaft, insert, bearing, and mating-gear interfaces• Tooth-profile, runout, concentricity, backlash, noise, torque, wear, and inspection criteria• Annual volume, target mold life, cavity requirement, and target cycle time• Injection-machine data, validation plan, delivery destination, and Incoterm Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports DFM review, mold design and build, machining, assembly, and T1/T2/T3 trials for automotive headlamp and taillamp housings, bezels, rear covers, mounting frames, and related structural plastic components. Lens, light-guide, or other optical-part projects require separate material, optical-surface, polishing, transparency, and validation specifications and a project-specific feasibility review. Typical project scope:• DFM review covering wall thickness, ribs, bosses, clips, sealing flanges, lamp-module interfaces, parting line, draft, weld-line risk, gate, venting, cooling, and ejection• Mold design and tool build based on approved 2D/3D data and requested component standards• Review of filling, cooling, shrinkage, sink-mark, and warpage risks; simulation is included only when agreed in the project scope• Surface, texture, and polishing requirements implemented according to approved drawings and acceptance criteria• T1/T2/T3 trials with dimensional and surface inspection• Trial reports, samples, and agreed correction loops Application examples:• Headlamp and taillamp housings• Rear covers and mounting frames• Bezels and structural trim components• Related parts with clips, inserts, vents, sealing interfaces, or fastening features Sealing/IP performance, thermal cycling, vibration, appearance, welding or bonding, leak testing, photometric performance, and optical quality must be specified by the buyer and validated at component or assembly level. Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Part type: housing, bezel, rear cover, lens, or light guide• Resin grade, color, additives, and surface/texture requirements• Optical or appearance criteria and required polish/coating, where applicable• Sealing, welding/bonding, gasket, vent, fastener, insert, and lamp-module interfaces• Critical dimensions, flatness/warpage limits, and inspection/validation plan• Annual volume, target mold life, cavity requirement, and target cycle time• Injection-machine data, delivery destination, and Incoterm Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports DFM review, mold design and build, machining, assembly, and T1/T2/T3 trials for automotive fan covers, blower housings, HVAC air guides, and related ribbed plastic covers. Airflow and NVH performance depend on the complete component or assembly and buyer validation; mold feasibility is assessed from approved part data, resin, interfaces, surface requirements, and dimensional criteria. Typical project scope:• DFM review covering wall thickness, ribs, bosses, clips, flanges, parting line, draft, weld-line risk, gate, venting, cooling, and ejection• Mold design and tool build based on approved 2D/3D data and requested component standards• Review of filling, cooling, shrinkage, sink-mark, and warpage risks; simulation is included only when agreed in the project scope• Machining, fitting, assembly, and trial preparation• T1/T2/T3 trials with dimensional and surface inspection• Trial reports, samples, and agreed correction loops Application examples:• Automotive fan and blower covers• HVAC blower housings and air guides• Ribbed protective covers and mounting frames• Related plastic components with clips, bosses, or assembly interfaces Airflow, pressure drop, vibration/noise, balance, sealing, fit, and automotive validation criteria must be specified by the buyer and validated at component or assembly level. Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Resin grade, color, additives, and surface/texture requirements• Assembly chain, motor/fan interfaces, fasteners, clips, and sealing details• Airflow, pressure-drop, vibration/noise, and balance criteria where applicable• Critical dimensions, flatness/warpage limits, and inspection plan• Annual volume, target mold life, cavity requirement, and target cycle time• Injection-machine data, validation plan, delivery destination, and Incoterm Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports DFM review, prototype mold design and build, machining, assembly, and molding trials for design validation, assembly checks, bridge production, or other low-volume requirements before serial tooling. Tool concept, mold-base and insert material, cavity count, ejection method, target shots, lead time, and sampling plan depend on part geometry, resin, tolerances, validation scope, quantity, and injection-machine data. Typical project scope:• DFM review covering wall thickness, draft, undercuts, parting line, gate, venting, cooling, and ejection• Prototype-tool concept aligned with the required validation purpose, sample quantity, technical risk, and budget• Mold-base, insert material, cavity count, and manual or automatic ejection selected after technical review• Machining, fitting, assembly, and trial preparation• T1 and follow-up trials as required by the agreed validation plan• Trial samples, dimensional inspection, and correction loops as agreed in the project scope Application examples:• Form, fit, and function validation• Assembly and interface checks• Resin, appearance, or process trials• Bridge and low-volume plastic parts, subject to technical feasibility Prototype tool life and lead time are project-specific. A requested 300–800-shot target must be confirmed after review of the part, resin, tool concept, molding conditions, and acceptance criteria. Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Resin grade, color, additives, and surface/texture requirements• Validation purpose, sample quantity, and acceptance criteria• Critical dimensions, interfaces, inserts, and undercuts• Target tool life, cavity requirement, ejection preference, and requested schedule• Injection-machine data, delivery destination, and Incoterm Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com

HA NOI MOULD TECHNOLOGY supports DFM review, mold design and build, machining, assembly, and T1/T2/T3 trials for EV battery covers, connector housings, cooling-channel components, and related plastic parts. Feasibility, resin selection, thermal performance, sealing, electrical interfaces, dimensional acceptance, and validation depend on buyer specifications and technical review. Typical project scope:• DFM review covering wall thickness, ribs, bosses, clips, sealing surfaces, connector interfaces, parting line, draft, gate, venting, cooling, and ejection• Mold design and tool build based on approved 2D/3D data and requested component standards• Review of glass-fiber-reinforced or other specified resins for flow, shrinkage, warpage, and tool-wear risks• Machining, fitting, assembly, and trial preparation• T1/T2/T3 trials with dimensional inspection, trial reports, and agreed correction loops• Trial samples and inspection documentation as agreed in the project scope Application examples:• Battery-pack covers and protective housings• Connector, terminal, and electrical-interface housings• Cooling ducts and thermal-management plastic components• Sensor or control-unit plastic housings Requirements for flame rating, CTI, dielectric behavior, thermal aging, sealing/IP performance, traceability, or automotive validation must be specified by the buyer and reviewed for project-specific feasibility. Buyer RFQ inputs:• Editable 3D CAD and 2D drawings/GD&T• Resin grade, glass-fiber percentage, color, and relevant flame/electrical requirements• Sealing interfaces and connector, terminal, or insert details• Critical dimensions, cosmetic surfaces, warpage limits, and inspection criteria• Annual volume, target mold life, cavity requirement, and target cycle time• Injection-machine data, molding/validation plan, delivery destination, and Incoterm Price:On request after technical and commercial review. Contact:WhatsApp/Zalo: +84 912 308 979Email: [email protected]: www.hanoimould.com