Non Vacuum JM Quartz Plate 16x15x12mm High Purity Fused Silica Plate For Laboratory Atmospheric Sintering Chemical Test

Non-Vacuum JM Quartz Plate 16x15x12mm

This non-vacuum JM quartz plate, sized 16x15x12mm, is manufactured from high purity fused silica specifically designed for atmospheric non-vacuum working conditions. With fine ground surfaces free of bubbles and stones, it delivers reliable performance for laboratory sample carriers, open sintering fixtures, optical positioning spacers and chemical test applications at a cost-effective price point.

Product Parameters

Key Features

• High Purity Fused Silica – Premium quartz material with no bubbles or stones, ensuring reliable performance in laboratory and industrial applications.
• HF & Strong Chemical Resistance – Resistant to hydrofluoric acid and concentrated strong acids and alkalis, suitable for open chemical immersion and corrosion testing.
• 1100°C Heat Resistance – Maintains dimensional stability under high-temperature atmospheric sintering conditions without softening or deformation.
• Fine Ground Surface – Precision ground finish with excellent flatness for stable sample positioning and uniform heat distribution.
• Cost-Effective for Non-Vacuum Use – Designed specifically for atmospheric pressure applications, offering excellent performance at a competitive price compared to vacuum-grade quartz plates.

Applications

1. Laboratory Atmospheric Reaction

Small sample carrier pad and corrosion test base for open chemical solution immersion testing under normal atmospheric pressure conditions.

2. High Temperature Sintering Fixture

Electric furnace atmospheric sintering sample support plate, designed for non-vacuum heating environments with reliable high-temperature performance.

3. Optical Inspection Jig

Conventional optical path positioning spacer and spectrum calibration substrate for routine optical testing and alignment applications.

4. Chemical Sample Testing

Open vessel spacer and micro-reagent holding base for small-scale chemical testing and material compatibility evaluation.

Advantages over Alternatives

vs. Common Glass: Superior HF corrosion resistance and high-temperature stability without softening—common glass fails under these conditions.

vs. Vacuum-Grade Quartz: More cost-effective while meeting all requirements for atmospheric non-sealed production and testing applications, providing the right balance of performance and value.