High Temp Inslogic Resin

Description

Push the limits of 3D printing with Inslogic High Temp Resin. Inslogic High Temp Resin is a high-quality resin designed specifically for parts subjected to extreme heat. Its ability to withstand temperatures up to 300°C (continuously for 3 minutes) without deformation makes it the top choice for engineering, functional prototyping, and heat-based mold making.

Why choose Inslogic High Temp Resin?

  • Industrial-grade heat resistance: Maximum heat resistance (HDT) up to 300°C, suitable for applications exposed to direct heat, such as engine compartment equipment, hot air duct components, or small plastic injection molds.

  • High precision and stability: Even under high heat conditions, the workpiece maintains excellent dimensional stability, without warping or shrinking.

  • Durability: In addition to being heat-resistant, it possesses high rigidity and mechanical strength, and is scratch-resistant and weather-proof, making it suitable for outdoor applications.

  • Easy to print, low odor: The special Low Odor formula reduces unpleasant odors during printing, and its low viscosity ensures sharp, detailed prints (High Precision).

  • Wide printer compatibility: Works with almost all LCD, DLP, and SLA printers on the market (365-405nm wavelength range).

Appropriate uses (Applications):

  • Molding and tooling, such as injection molds or vacuum molds.

  • Thermal prototypes (engineering work requiring high heat resistance).

  • Equipment in air duct systems or engine parts.

  • Electronic components that must withstand the heat from electrical currents.


Technical Specifications

  • Heat Resistance: Up to 300°C

  • Shore D Hardness: 85D+ (after cure)

  • Material: Photopolymer Resin (405nm)

  • Packaging: Opaque plastic bottles, leak-proof.

Product form

1,690.00 ฿

  • Shipped today? Order within: Jul 04, 2026 11:00:00 +0700
  • Fast Delivery
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Description

Push the limits of 3D printing with Inslogic High Temp Resin. Inslogic High Temp Resin is a high-quality resin designed specifically for parts subjected to extreme heat. Its ability to withstand temperatures up to 300°C (continuously for 3 minutes) without deformation makes it the top choice for engineering, functional prototyping, and heat-based mold making.

Why choose Inslogic High Temp Resin?

  • Industrial-grade heat resistance: Maximum heat resistance (HDT) up to 300°C, suitable for applications exposed to direct heat, such as engine compartment equipment, hot air duct components, or small plastic injection molds.

  • High precision and stability: Even under high heat conditions, the workpiece maintains excellent dimensional stability, without warping or shrinking.

  • Durability: In addition to being heat-resistant, it possesses high rigidity and mechanical strength, and is scratch-resistant and weather-proof, making it suitable for outdoor applications.

  • Easy to print, low odor: The special Low Odor formula reduces unpleasant odors during printing, and its low viscosity ensures sharp, detailed prints (High Precision).

  • Wide printer compatibility: Works with almost all LCD, DLP, and SLA printers on the market (365-405nm wavelength range).

Appropriate uses (Applications):

  • Molding and tooling, such as injection molds or vacuum molds.

  • Thermal prototypes (engineering work requiring high heat resistance).

  • Equipment in air duct systems or engine parts.

  • Electronic components that must withstand the heat from electrical currents.


Technical Specifications

  • Heat Resistance: Up to 300°C

  • Shore D Hardness: 85D+ (after cure)

  • Material: Photopolymer Resin (405nm)

  • Packaging: Opaque plastic bottles, leak-proof.

Frequently Asked Questions

  • High Temp Inslogic Resin คืออะไร ทนความร้อนได้แค่ไหน?

    เป็น Engineering Resin ทนความร้อนสูงพิเศษ HDT สูงถึง 150–200°C หลัง Post-cure เหมาะสำหรับงานที่ Standard Resin ไม่สามารถทนได้

  • ต้องใช้ UV ความยาวคลื่นเท่าไหร่?

    UV 405 nm ใช้ได้กับ MSLA/DLP มาตรฐาน

  • High Temp Resin เหมาะกับงานอะไร?

    แม่พิมพ์ Thermoforming จิ๊กงานอุตสาหกรรม ชิ้นส่วนใกล้แหล่งความร้อน

  • Post-cure ต้องทำอย่างไร?

    UV Post-cure ก่อน จากนั้น Thermal Post-cure ในเตาอบที่อุณหภูมิสูง (เช่น 150°C) เพื่อได้คุณสมบัติทนความร้อนสูงสุด

  • ต้องล้างชิ้นงานอย่างไร?

    ล้างด้วย IPA 95%+ แช่ 2–5 นาที จากนั้น Post-cure ด้วย UV และ Thermal

  • Exposure Time เท่าไหร่?

    Normal 3–6 วินาที Bottom 40–70 วินาที

  • ต้องใช้ PPE อะไร?

    สวมถุงมือไนไตรล์และหน้ากาก VOC ทำงานในที่ระบายอากาศดี

  • ควรเก็บอย่างไร?

    ขวดทึบแสงปิดสนิท ห่างจาก UV และความร้อน 15–25°C

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