Tungsten Cube 1-inch – CAULYS Laboratory Target, Mirror Polished

Description

Product Overview

The CAULYS Tungsten Cube is a meticulously engineered 1‑inch (25.4 mm) block of high‑purity tungsten, refined to a density that approaches the theoretical maximum of the element. Each cube is fabricated from tungsten plates that meet a strict purity threshold of 99.95 %, ensuring that the final product exhibits the characteristic high atomic weight, exceptional hardness, and superior thermal stability that tungsten is renowned for. After cutting, the cube undergoes a multi‑stage polishing process that culminates in a mirror‑grade finish, providing a surface that reflects light with a brilliance comparable to polished metal mirrors. This level of surface quality not only enhances visual appeal but also reduces surface oxidation, making the cube suitable for long‑term display and handling. The product dimensions are precisely controlled to a 1‑inch side length, with tolerances within ±0.02 mm, guaranteeing uniformity across multiple units. The cube is supplied without any additional mounting hardware, allowing users the flexibility to integrate it into a variety of experimental setups, display cases, or artistic arrangements. Its compact size and high density make it an excellent reference standard for mass‑based calibrations, radiation shielding experiments, and educational demonstrations that require a tangible example of a heavy, inert metal.

Usage

Designed for a broad spectrum of scientific and educational environments, the CAULYS tungsten cube excels in laboratory, classroom, and hobbyist settings. In research laboratories, the cube can serve as a target for high‑power laser marking, electron beam irradiation, or neutron activation analysis, where its high atomic number provides a reliable interaction medium. The mirror‑polished surface also makes it an ideal specimen for optical experiments that investigate reflectivity, surface scattering, or laser alignment procedures. In educational contexts, the cube offers a tangible illustration of elemental properties such as density, conductivity, and melting point, allowing instructors to demonstrate concepts that are otherwise abstract. For collectors and DIY enthusiasts, the cube’s aesthetic appeal and substantial weight make it a striking centerpiece for desk displays, shadow boxes, or custom‑crafted scientific art installations. Its durability ensures that it can withstand routine handling, while the polished finish resists tarnish, preserving its visual integrity over years of use. Whether incorporated into a physics demonstration, a materials science lab, or a personal collection, the cube provides a versatile, high‑quality solution that meets the demands of both rigorous experimentation and decorative presentation.

Why Choose Us

CAULYS has built a reputation for delivering premium scientific materials that combine rigorous quality control with thoughtful design. Each tungsten cube undergoes a comprehensive inspection regime that includes purity verification via spectrometric analysis, dimensional measurement with calibrated micrometers, and surface quality assessment using gloss meters. This multi‑layered quality assurance process guarantees that every unit leaving the factory meets the exacting standards required by professional laboratories and discerning collectors alike. In addition to the intrinsic material advantages, CAULYS provides responsive customer support that assists buyers with integration advice, safety guidelines, and troubleshooting for specific experimental applications. Our commitment to sustainability is reflected in the responsible sourcing of raw tungsten, ensuring that the material is obtained from suppliers who adhere to environmental and ethical standards. By choosing the CAULYS tungsten cube, customers benefit from a product that not only delivers superior performance but also aligns with broader values of reliability, transparency, and long‑term service. Should any issues arise, our dedicated after‑sales team is prepared to offer replacements, technical documentation, or customized solutions to meet unique project requirements.

Key Features

• High‑purity (≥99.95 %) tungsten ensures maximum density and consistent physical properties for precise scientific work.
• Mirror‑grade polished surface provides exceptional reflectivity and resistance to oxidation, enhancing visual appeal and longevity.
• Exact 1‑inch (25.4 mm) dimensions with tight tolerances enable reliable integration into experimental rigs and display mounts.
• Versatile applications ranging from laser target material to educational demonstration piece and decorative collector item.
• Dedicated CAULYS customer support offers technical assistance, documentation, and after‑sales service for seamless project implementation.

FAQ

What is the purity level of the tungsten used in this cube?

The cube is manufactured from tungsten plates that meet a minimum purity of 99.95 %, which is verified through spectrometric analysis to ensure consistent material performance.

Can the cube be used as a target for high‑power lasers?

Yes, the high atomic number and dense nature of tungsten make the cube an excellent target for laser marking, beam alignment, and other high‑energy applications where material stability is critical.

Is the mirror‑polished surface prone to scratching?

While the polished surface is designed to resist minor abrasions, it is recommended to handle the cube with gloves and avoid contact with hard or abrasive objects to maintain its reflective quality.

What safety precautions should be taken when handling the cube?

Due to its high density, the cube should be handled gently to prevent accidental drops. Use protective gloves to avoid skin oils transferring to the surface, and store it in a stable, non‑conductive container when not in use.

Do you offer bulk pricing for educational institutions?

CAULYS provides volume discounts for bulk orders. Institutions interested in purchasing multiple units should contact our sales team to discuss pricing tiers and potential custom packaging options.