Precision Instrument Protection Wax is refined low‑residue protective wax designed for measuring tools and optical components. After molten coating and solidification, it builds a thin, compact protective layer. The wax isolates precision metal measuring tools and delicate optical parts from humidity, dust and airborne contaminants, avoiding surface scratches, oxidation and fogging during transportation and interim storage.

Product Detail

Product Overview Precision Instrument Protection Wax is dedicated preservation wax for high‑precision measuring tools and optical components. When heated to molten state, the wax features moderate fluidity, suitable for dipping or brushing onto component surfaces. After cooling and solidification, it creates a thin, tight hydrophobic protective film. This film blocks moisture, fine dust and trace corrosive gases. It prevents rust on metallic gauge surfaces and resists fogging and micro‑scratching of optical elements during storage, handling and inter‑plant transit. The wax can be removed cleanly with appropriate solvent without leaving stubborn residues, satisfying strict protection requirements for high‑end precision instrument manufacturing.

Key Features ‑ Low‑residue formulation for easy subsequent removal from optical and metrology surfaces ‑ Thin and compact solidified film provides dust‑proof, moisture‑proof temporary shielding ‑ Suitable molten fluidity for dipping and brushing operations on intricate component geometry ‑ Gentle adhesion without causing surface damage to polished optical surfaces ‑ Stable performance during medium‑term storage of precision spare parts

Typical Technical Properties ‑ Chemical Type: Refined low‑residue hydrocarbon‑based protection wax ‑ Appearance: Off‑white to pale ivory solid pastilles or flakes ‑ Melting Range: Refer to TDS ‑ Residue after removal: Refer to TDS ‑ Water Absorption: Refer to TDS

Applications ‑ Measuring tool preservation: Temporary protection for gauges, calipers and precision metal fixtures ‑ Optical component protection: Interim shielding for lenses, prisms and reflective optical elements ‑ Precision workshop: Intermediate‑stage protection during instrument assembly procedures ‑ Instrument logistics: Anti‑contamination packaging auxiliary material for precision instrument shipment

Processing Recommendation Heat the wax under gentle, controlled heating to avoid over‑heating degradation. Ensure the instrument and optical parts are fully cleaned and dried before wax application. After sufficient cooling and solidification, components can be packed for storage or shipment. Perform residue‑removal validation on sample parts prior to mass‑scale usage.

Storage & Handling Store in cool, dry, dust‑free warehouse away from heat sources and direct sunlight. Reseal packaging after opening. Wear protective gloves while handling solid wax.

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Precision Instrument Protection Wax for Measuring Tools and Optical Parts

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Jishengya Technology

Shenzhen Jishengya Technology Co., Ltd. is located in Shenzhen, a special economic zone, and is a comprehensive technology enterprise integrating independent R&D, production and sales.